# PED V4.3 petri net

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# Elements of page 0 (TopLevel)

V { 0
    "Culture medium" 1 V
    M 0 I 18237 N 0 75 60 -12 -15
}

V { 1
    "Growth" 2 V
    M 0 I 18236 N 0 75 105 -12 -15
}

V { 2
    "Glycolysis / Gluconeogenesis (00010)" 3 V
    M 0 I 18235 N 0 75 150 -12 -15
}

V { 3
    "Citrate cycle (TCA cycle) (00020)" 4 V
    M 0 I 18234 N 0 75 195 -12 -15
}

V { 4
    "Pentose phosphate pathway (00030)" 5 V
    M 0 I 18233 N 0 75 240 -12 -15
}

V { 5
    "Pentose and glucuronate interconversions (00040)" 6 V
    M 0 I 18232 N 0 75 285 -12 -15
}

V { 6
    "Fructose and mannose metabolism (00051)" 7 V
    M 0 I 18231 N 0 75 330 -12 -15
}

V { 7
    "Galactose metabolism (00052)" 8 V
    M 0 I 18230 N 0 75 375 -12 -15
}

V { 8
    "Starch and sucrose metabolism (00500)" 9 V
    M 0 I 18229 N 0 75 420 -12 -15
}

V { 9
    "Aminosugars metabolism (00530)" 10 V
    M 0 I 18228 N 0 75 465 -12 -15
}

V { 10
    "Nucleotide sugars metabolism (00520)" 11 V
    M 0 I 18227 N 0 75 510 -12 -15
}

V { 11
    "Pyruvate metabolism (00620)" 12 V
    M 0 I 18226 N 0 75 555 -12 -15
}

V { 12
    "Glyoxylate and dicarboxylate metabolism (00630)" 13 V
    M 0 I 18225 N 0 75 600 -12 -15
}

V { 13
    "Propanoate metabolism (00640)" 14 V
    M 0 I 18224 N 0 75 645 -12 -15
}

V { 14
    "Butanoate metabolism (00650)" 15 V
    M 0 I 18223 N 0 75 690 -12 -15
}

V { 15
    "Inositol phosphate metabolism (00562)" 16 V
    M 0 I 18222 N 0 75 735 -12 -15
}

V { 16
    "Oxidative phosphorylation (00190)" 17 V
    M 0 I 18221 N 0 75 780 -12 -15
}

V { 17
    "Carbon fixation (00710)" 18 V
    M 0 I 18220 N 0 75 825 -12 -15
}

V { 18
    "Nitrogen metabolism (00910)" 19 V
    M 0 I 18219 N 0 75 870 -12 -15
}

V { 19
    "Fatty acid biosynthesis (path 1) (00061)" 20 V
    M 0 I 18218 N 0 75 915 -12 -15
}

V { 20
    "Biosynthesis of steroids (00100)" 21 V
    M 0 I 18217 N 0 75 960 -12 -15
}

V { 21
    "Bile acid biosynthesis (00120)" 22 V
    M 0 I 18216 N 0 75 1005 -12 -15
}

V { 22
    "Glycerolipid metabolism (00561)" 23 V
    M 0 I 18215 N 0 75 1050 -12 -15
}

V { 23
    "Purine metabolism (00230)" 24 V
    M 0 I 18214 N 0 75 1095 -12 -15
}

V { 24
    "Pyrimidine metabolism (00240)" 25 V
    M 0 I 18213 N 0 75 1140 -12 -15
}

V { 25
    "Glutamate metabolism (00251)" 26 V
    M 0 I 18212 N 0 75 1185 -12 -15
}

V { 26
    "Alanine and aspartate metabolism (00252)" 27 V
    M 0 I 18211 N 0 75 1230 -12 -15
}

V { 27
    "Glycine, serine and threonine metabolism (00260)" 28 V
    M 0 I 18210 N 0 75 1275 -12 -15
}

V { 28
    "Methionine metabolism (00271)" 29 V
    M 0 I 18209 N 0 75 1320 -12 -15
}

V { 29
    "Cysteine metabolism (00272)" 30 V
    M 0 I 18208 N 0 75 1365 -12 -15
}

V { 30
    "Valine, leucine and isoleucine degradation (00280)" 31 V
    M 0 I 18207 N 0 75 1410 -12 -15
}

V { 31
    "Valine, leucine and isoleucine biosynthesis (00290)" 32 V
    M 0 I 18206 N 0 75 1455 -12 -15
}

V { 32
    "Lysine biosynthesis (00300)" 33 V
    M 0 I 18205 N 0 75 1500 -12 -15
}

V { 33
    "Lysine degradation (00310)" 34 V
    M 0 I 18204 N 0 75 1545 -12 -15
}

V { 34
    "Arginine and proline metabolism (00330)" 35 V
    M 0 I 18203 N 0 75 1590 -12 -15
}

V { 35
    "Histidine metabolism (00340)" 36 V
    M 0 I 18202 N 0 75 1635 -12 -15
}

V { 36
    "Tyrosine metabolism (00350)" 37 V
    M 0 I 18201 N 0 75 1680 -12 -15
}

V { 37
    "Tryptophan metabolism (00380)" 38 V
    M 0 I 18200 N 0 75 1725 -12 -15
}

V { 38
    "Phenylalanine, tyrosine and tryptophan biosynthesis (00400)" 39 V
    M 0 I 18199 N 0 75 1770 -12 -15
}

V { 39
    "beta-Alanine metabolism (00410)" 40 V
    M 0 I 18198 N 0 75 1815 -12 -15
}

V { 40
    "Aminophosphonate metabolism (00440)" 41 V
    M 0 I 18197 N 0 75 1860 -12 -15
}

V { 41
    "Selenoamino acid metabolism (00450)" 42 V
    M 0 I 18196 N 0 75 1905 -12 -15
}

V { 42
    "D-Glutamine and D-glutamate metabolism (00471)" 43 V
    M 0 I 18195 N 0 75 1950 -12 -15
}

V { 43
    "D-Alanine metabolism (00473)" 44 V
    M 0 I 18194 N 0 75 1995 -12 -15
}

V { 44
    "Glutathione metabolism (00480)" 45 V
    M 0 I 18193 N 0 75 2040 -12 -15
}

V { 45
    "Peptidoglycan biosynthesis (00550)" 46 V
    M 0 I 18192 N 0 75 2085 -12 -15
}

V { 46
    "Polyketide sugar unit biosynthesis (00523)" 49 V
    M 0 I 18189 N 0 75 2130 -12 -15
}

V { 47
    "Riboflavin metabolism (00740)" 50 V
    M 0 I 18188 N 0 75 2175 -12 -15
}

V { 48
    "Nicotinate and nicotinamide metabolism (00760)" 51 V
    M 0 I 18187 N 0 465 60 -12 -15
}

V { 49
    "Pantothenate and CoA biosynthesis (00770)" 52 V
    M 0 I 18186 N 0 465 105 -12 -15
}

V { 50
    "Biotin metabolism (00780)" 53 V
    M 0 I 18185 N 0 465 150 -12 -15
}

V { 51
    "Folate biosynthesis (00790)" 54 V
    M 0 I 18184 N 0 465 195 -12 -15
}

V { 52
    "One carbon pool by folate (00670)" 55 V
    M 0 I 18183 N 0 465 240 -12 -15
}

V { 53
    "Porphyrin and chlorophyll metabolism (00860)" 56 V
    M 0 I 18182 N 0 465 285 -12 -15
}

V { 54
    "Ubiquinone biosynthesis (00130)" 57 V
    M 0 I 18181 N 0 465 330 -12 -15
}

V { 55
    "Terpenoid biosynthesis (00900)" 58 V
    M 0 I 18180 N 0 465 375 -12 -15
}

V { 56
    "Streptomycin biosynthesis (00521)" 59 V
    M 0 I 18179 N 0 465 420 -12 -15
}

V { 57
    "Benzoate degradation via CoA ligation (00632)" 60 V
    M 0 I 18178 N 0 465 465 -12 -15
}

V { 58
    "Aminoacyl-tRNA biosynthesis (00970)" 61 V
    M 0 I 18177 N 0 465 510 -12 -15
}

# End page 0 (TopLevel)

# Elements of page 1 (Culture medium)

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    "H2O" 0 0 0 [0,0] 1
    ""
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P { 1
    "H+" 0 0 0 [0,0] 1
    ""
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}

P { 2
    "CO2" 0 0 0 [0,0] 1
    ""
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}

P { 3
    "Oxygen" 0 0 0 [0,0] 1
    ""
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}

P { 4
    "NH3" 0 0 0 [0,0] 1
    ""
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}

P { 5
    "Zinc" 0 0 0 [0,0] 1
    ""
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}

P { 6
    "Iron" 0 0 0 [0,0] 1
    ""
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}

P { 7
    "Cobalt" 0 0 0 [0,0] 1
    ""
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}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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}

P { 9
    "D-Glucose" 0 0 0 [0,0] 1
    ""
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}

P { 10
    "beta-D-Glucose" 0 0 0 [0,0] 1
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}

P { 11
    "alpha-D-Glucose" 0 0 0 [0,0] 1
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}

P { 12
    "NAD+" 0 0 0 [0,0] 1
    ""
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}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
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}

P { 15
    "CoA" 0 0 0 [0,0] 1
    ""
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}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 0 I 18160 N 1 500 700 -11 22 35 -40
}

P { 17
    "FAD" 0 0 0 [0,0] 1
    ""
    M 0 I 18159 N 1 500 740 -11 22 35 -40
}

P { 18
    "Pyridoxal phosp" 0 0 0 [0,0] 1
    ""
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}

P { 19
    "Heme" 0 0 0 [0,0] 1
    ""
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}

P { 20
    "S-Adenosyl-L-me" 0 0 0 [0,0] 1
    ""
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}

P { 21
    "Flavin" 0 0 0 [0,0] 1
    ""
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}

P { 22
    "Thymine" 0 0 0 [0,0] 1
    ""
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}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 0 I 18153 N 1 500 980 -11 22 35 -40
}

P { 24
    "UMP" 0 0 0 [0,0] 1
    ""
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}

P { 25
    "dTMP" 0 0 0 [0,0] 1
    ""
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}

P { 26
    "GMP" 0 0 0 [0,0] 1
    ""
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}

P { 27
    "CMP" 0 0 0 [0,0] 1
    ""
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}

T { 0
    "Medium" 0 0 [0,0] 0 0 
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}

# End page 1 (Culture medium)

# Elements of page 2 (Growth)

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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}

P { 28
    "UTP" 0 0 0 [0,0] 1
    ""
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}

P { 29
    "GTP" 0 0 0 [0,0] 1
    ""
    M 0 I 18117 N 2 500 140 -11 22 35 -40
}

P { 30
    "CTP" 0 0 0 [0,0] 1
    ""
    M 0 I 18116 N 2 500 180 -11 22 35 -40
}

P { 31
    "dATP" 0 0 0 [0,0] 1
    ""
    M 0 I 18115 N 2 500 220 -11 22 35 -40
}

P { 32
    "dTTP" 0 0 0 [0,0] 1
    ""
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}

P { 33
    "dGTP" 0 0 0 [0,0] 1
    ""
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}

P { 34
    "dCTP" 0 0 0 [0,0] 1
    ""
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}

P { 35
    "L-Alanine" 0 0 0 [0,0] 1
    ""
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}

P { 36
    "L-Arginine" 0 0 0 [0,0] 1
    ""
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}

P { 37
    "L-Aspartate" 0 0 0 [0,0] 1
    ""
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}

P { 38
    "L-Asparagine" 0 0 0 [0,0] 1
    ""
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}

P { 39
    "L-Cysteine" 0 0 0 [0,0] 1
    ""
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}

P { 40
    "Glycine" 0 0 0 [0,0] 1
    ""
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}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
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}

P { 42
    "L-Glutamine" 0 0 0 [0,0] 1
    ""
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}

P { 43
    "L-Histidine" 0 0 0 [0,0] 1
    ""
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}

P { 44
    "L-Isoleucine" 0 0 0 [0,0] 1
    ""
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}

P { 45
    "L-Leucine" 0 0 0 [0,0] 1
    ""
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}

P { 46
    "L-Lysine" 0 0 0 [0,0] 1
    ""
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}

P { 47
    "L-Methionine" 0 0 0 [0,0] 1
    ""
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}

P { 48
    "L-Phenylalanine" 0 0 0 [0,0] 1
    ""
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}

P { 49
    "L-Proline" 0 0 0 [0,0] 1
    ""
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}

P { 50
    "L-Serine" 0 0 0 [0,0] 1
    ""
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}

P { 51
    "L-Threonine" 0 0 0 [0,0] 1
    ""
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}

P { 52
    "L-Tryptophan" 0 0 0 [0,0] 1
    ""
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}

P { 53
    "L-Tyrosine" 0 0 0 [0,0] 1
    ""
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}

P { 54
    "L-Valine" 0 0 0 [0,0] 1
    ""
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P { 55
    "Growth" 0 0 0 [0,0] 1
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T { 1
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# End page 2 (Growth)

# Elements of page 3 (Glycolysis / Gluconeogenesis (00010))

V { 59
    "1.1.1.1" 62 V
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}

V { 60
    "1.2.1.12" 63 V
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}

V { 61
    "1.2.1.12" 64 V
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V { 62
    "1.2.4.1" 65 V
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}

V { 63
    "1.2.4.1" 66 V
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}

V { 64
    "1.8.1.4" 67 V
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}

V { 65
    "2.3.1.12" 68 V
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}

V { 66
    "2.7.1.2" 69 V
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V { 67
    "2.7.1.2" 70 V
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V { 68
    "2.7.1.40" 71 V
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V { 69
    "2.7.2.3" 72 V
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V { 70
    "4.2.1.11" 73 V
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V { 71
    "5.3.1.1" 74 V
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V { 72
    "5.3.1.9" 75 V
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}

V { 73
    "5.3.1.9" 76 V
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V { 74
    "5.3.1.9" 77 V
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V { 75
    "5.4.2.1" 78 V
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P { 56
    "Ethanol" 0 0 0 [0,0] 1
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P { 12
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P { 57
    "Acetaldehyde" 0 0 0 [0,0] 1
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P { 58
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P { 1
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P { 14
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P { 12
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P { 58
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P { 14
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P { 13
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P { 60
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P { 61
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P { 2
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P { 63
    "Thiamin diphosp" 0 0 0 [0,0] 1
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P { 62
    "2-(alpha-Hydrox" 0 0 0 [0,0] 1
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P { 65
    "Lipoamide" 0 0 0 [0,0] 1
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}

P { 66
    "S-Acetyldihydro" 0 0 0 [0,0] 1
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P { 12
    "NAD+" 0 0 0 [0,0] 1
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P { 58
    "NADH" 0 0 0 [0,0] 1
    ""
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}

P { 68
    "Acetyl-CoA" 0 0 0 [0,0] 1
    ""
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}

P { 67
    "Dihydrolipoamid" 0 0 0 [0,0] 1
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P { 15
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P { 8
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P { 10
    "beta-D-Glucose" 0 0 0 [0,0] 1
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P { 69
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P { 70
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P { 8
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    M 1 I 18005 N 3 60 120 -11 22 35 -40
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P { 69
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    M 1 I 18003 N 3 480 120 38 6 35 -40
    M 2 I 7001 N 75 439 185 -11 22 35 -40
    M 2 I 6985 N 77 179 177 -11 22 35 -40
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P { 8
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P { 64
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P { 8
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P { 69
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    M 2 I 7172 N 63 443 539 -11 22 35 -40
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P { 75
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}

P { 76
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    M 2 I 6992 N 76 327 255 -11 22 35 -40
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P { 74
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    M 1 I 17983 N 3 480 870 -111 4 35 -40
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}

# End page 3 (Glycolysis / Gluconeogenesis (00010))

# Elements of page 62 (1.1.1.1)

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# End page 62 (1.1.1.1)

# Elements of page 63 (1.2.1.12)

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# End page 63 (1.2.1.12)

# Elements of page 64 (1.2.1.12)

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# End page 64 (1.2.1.12)

# Elements of page 65 (1.2.4.1)

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# End page 65 (1.2.4.1)

# Elements of page 66 (1.2.4.1)

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# End page 66 (1.2.4.1)

# Elements of page 67 (1.8.1.4)

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# End page 67 (1.8.1.4)

# Elements of page 68 (2.3.1.12)

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# End page 68 (2.3.1.12)

# Elements of page 69 (2.7.1.2)

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# End page 69 (2.7.1.2)

# Elements of page 70 (2.7.1.2)

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# End page 70 (2.7.1.2)

# Elements of page 71 (2.7.1.40)

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# End page 71 (2.7.1.40)

# Elements of page 72 (2.7.2.3)

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# End page 72 (2.7.2.3)

# Elements of page 73 (4.2.1.11)

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# End page 73 (4.2.1.11)

# Elements of page 74 (5.3.1.1)

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# End page 74 (5.3.1.1)

# Elements of page 75 (5.3.1.9)

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# End page 75 (5.3.1.9)

# Elements of page 76 (5.3.1.9)

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# End page 76 (5.3.1.9)

# Elements of page 77 (5.3.1.9)

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# End page 77 (5.3.1.9)

# Elements of page 78 (5.4.2.1)

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# End page 78 (5.4.2.1)

# Elements of page 4 (Citrate cycle (TCA cycle) (00020))

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}

V { 77
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}

V { 78
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P { 12
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P { 58
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P { 77
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P { 67
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P { 15
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P { 78
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P { 8
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P { 64
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}

P { 79
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P { 69
    "ADP" 0 0 0 [0,0] 1
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
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}

P { 80
    "Oxaloacetate" 0 0 0 [0,0] 1
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}

# End page 4 (Citrate cycle (TCA cycle) (00020))

# Elements of page 79 (1.8.1.4)

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T { 37
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# End page 79 (1.8.1.4)

# Elements of page 80 (2.3.1.61)

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# End page 80 (2.3.1.61)

# Elements of page 81 (6.4.1.1)

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T { 41
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}

# End page 81 (6.4.1.1)

# Elements of page 5 (Pentose phosphate pathway (00030))

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}

V { 80
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}

V { 81
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}

V { 82
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}

V { 83
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V { 84
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V { 85
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V { 86
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V { 87
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V { 88
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V { 89
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V { 521
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P { 13
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P { 61
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P { 1
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P { 13
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P { 83
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P { 61
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P { 1
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P { 84
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P { 59
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P { 87
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P { 88
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P { 8
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P { 69
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P { 90
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P { 8
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P { 23
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P { 91
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P { 0
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P { 81
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P { 86
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P { 85
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P { 76
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P { 71
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P { 70
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# End page 5 (Pentose phosphate pathway (00030))

# Elements of page 82 (1.1.1.44)

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# End page 82 (1.1.1.44)

# Elements of page 83 (1.1.1.49)

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T { 45
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# End page 83 (1.1.1.49)

# Elements of page 84 (2.2.1.1)

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# Elements of page 6 (Pentose and glucuronate interconversions (00040))

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# End page 6 (Pentose and glucuronate interconversions (00040))

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# Elements of page 94 (5.1.3.1)

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# Elements of page 96 (4.1.2.-)

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# Elements of page 97 (5.-.-.-)

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# Elements of page 98 (5.-.-.-)

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# Elements of page 7 (Fructose and mannose metabolism (00051))

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# Elements of page 99 (1.1.1.-)

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# Elements of page 100 (2.7.7.22)

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# Elements of page 101 (5.3.1.1)

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# Elements of page 102 (5.3.1.8)

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# Elements of page 103 (5.4.2.8)

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# Elements of page 8 (Galactose metabolism (00052))

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V { 102
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# Elements of page 104 (1.1.1.-)

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# Elements of page 105 (2.7.1.2)

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# End page 105 (2.7.1.2)

# Elements of page 9 (Starch and sucrose metabolism (00500))

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P { 8
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# End page 9 (Starch and sucrose metabolism (00500))

# Elements of page 106 (2.7.1.-)

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# End page 106 (2.7.1.-)

# Elements of page 107 (2.7.1.2)

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# Elements of page 108 (3.6.1.-)

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# Elements of page 109 (5.3.1.9)

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# End page 109 (5.3.1.9)

# Elements of page 10 (Aminosugars metabolism (00530))

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V { 108
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V { 109
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V { 110
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V { 111
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V { 112
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# End page 10 (Aminosugars metabolism (00530))

# Elements of page 110 (1.1.1.158)

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# Elements of page 111 (1.1.1.158)

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# End page 111 (1.1.1.158)

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# End page 112 (2.5.1.7)

# Elements of page 113 (2.6.1.16)

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# Elements of page 114 (2.7.7.23)

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# End page 115 (3.1.4.-)

# Elements of page 11 (Nucleotide sugars metabolism (00520))

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P { 61
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P { 32
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# End page 11 (Nucleotide sugars metabolism (00520))

# Elements of page 116 (1.1.1.-)

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# End page 116 (1.1.1.-)

# Elements of page 117 (1.1.1.-)

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# End page 117 (1.1.1.-)

# Elements of page 118 (1.1.1.133)

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# End page 118 (1.1.1.133)

# Elements of page 119 (1.1.1.133)

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# End page 119 (1.1.1.133)

# Elements of page 120 (2.7.7.24)

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# End page 120 (2.7.7.24)

# Elements of page 121 (4.2.1.46)

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# End page 121 (4.2.1.46)

# Elements of page 123 (5.1.3.13)

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# End page 123 (5.1.3.13)

# Elements of page 540 (5.1.3.13)

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# End page 540 (5.1.3.13)

# Elements of page 12 (Pyruvate metabolism (00620))

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P { 127
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P { 8
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P { 79
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P { 69
    "ADP" 0 0 0 [0,0] 1
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P { 14
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P { 80
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# End page 12 (Pyruvate metabolism (00620))

# Elements of page 124 (2.3.1.12)

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# End page 124 (2.3.1.12)

# Elements of page 129 (2.3.1.12)

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# End page 129 (2.3.1.12)

# Elements of page 130 (2.7.1.40)

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# End page 130 (2.7.1.40)

# Elements of page 131 (2.7.1.40)

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# End page 131 (2.7.1.40)

# Elements of page 132 (6.4.1.1)

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# End page 132 (6.4.1.1)

# Elements of page 13 (Glyoxylate and dicarboxylate metabolism (00630))

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V { 126
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P { 13
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P { 61
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P { 130
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    M 2 I 6211 N 134 60 60 -11 22 35 -40
}

P { 131
    "Formate" 0 0 0 [0,0] 1
    ""
    M 1 I 16611 N 13 120 435 13 20 35 -40
    M 2 I 6210 N 134 60 105 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 16610 N 13 195 405 24 6 35 -40
    M 2 I 6209 N 134 60 150 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 16609 N 13 45 225 -11 22 35 -40
    M 2 I 6208 N 134 150 60 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 16608 N 13 135 225 18 11 35 -40
    M 2 I 6207 N 134 150 105 -11 22 35 -40
}

P { 129
    "5,10-Methenylte" 0 0 0 [0,0] 1
    ""
    M 1 I 16606 N 13 240 150 -11 22 35 -40
    M 2 I 6223 N 133 285 75 -11 22 35 -40
    M 2 I 6191 N 135 60 75 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 16605 N 13 225 75 -11 22 35 -40
    M 2 I 6190 N 135 60 120 -11 22 35 -40
}

P { 132
    "10-Formyltetrah" 0 0 0 [0,0] 1
    ""
    M 1 I 16604 N 13 60 150 -40 -18 35 -40
    M 2 I 6206 N 134 150 150 -11 22 35 -40
    M 2 I 6189 N 135 150 75 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
    M 1 I 16603 N 13 105 75 -11 22 35 -40
    M 2 I 6188 N 135 150 120 -11 22 35 -40
}

# End page 13 (Glyoxylate and dicarboxylate metabolism (00630))

# Elements of page 133 (1.5.1.5)

T { 136
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    ""
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}

T { 137
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    ""
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}

# End page 133 (1.5.1.5)

# Elements of page 134 (6.3.4.3)

T { 138
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}

T { 139
    "1.5.1.5 3.5.4.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6204 N 134 105 135 -12 -15 35 -40 0
}

# End page 134 (6.3.4.3)

# Elements of page 135 (3.5.4.9)

T { 140
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    ""
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}

T { 141
    "1.5.1.5 3.5.4.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6186 N 135 105 135 -12 -15 35 -40 0
}

# End page 135 (3.5.4.9)

# Elements of page 14 (Propanoate metabolism (00640))

V { 128
    "2.6.1.19" 136 V
    M 0 I 16546 N 14 210 240 -13 -26
}

V { 129
    "6.4.1.3" 137 V
    M 0 I 16545 N 14 615 285 -46 48
}

P { 133
    "beta-Alanine" 0 0 0 [0,0] 1
    ""
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    M 2 I 6177 N 136 55 77 -11 22 35 -40
}

P { 134
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}

P { 135
    "3-Oxopropanoate" 0 0 0 [0,0] 1
    ""
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}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
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    M 2 I 6174 N 136 145 122 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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    M 2 I 6163 N 137 708 98 -11 22 35 -40
}

P { 136
    "Propanoyl-CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 16539 N 14 540 225 22 0 35 -40
    M 2 I 6162 N 137 708 143 -11 22 35 -40
}

P { 79
    "HCO3-" 0 0 0 [0,0] 1
    ""
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    M 2 I 6161 N 137 708 188 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 16537 N 14 705 255 -11 22 35 -40
    M 2 I 6160 N 137 798 98 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 16536 N 14 705 300 -11 22 35 -40
    M 2 I 6159 N 137 798 143 -11 22 35 -40
}

P { 137
    "(S)-2-Methyl-3-" 0 0 0 [0,0] 1
    ""
    M 1 I 16535 N 14 690 330 12 21 35 -40
    M 2 I 6158 N 137 798 188 -11 22 35 -40
}

# End page 14 (Propanoate metabolism (00640))

# Elements of page 136 (2.6.1.19)

T { 142
    "2.6.1.19:F" 0 0 [0,0] 0 0 
    ""
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}

T { 143
    "2.6.1.19:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 136 (2.6.1.19)

# Elements of page 137 (6.4.1.3)

T { 144
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    ""
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}

T { 145
    "6.4.1.3:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6156 N 137 753 173 -12 -15 35 -40 0
}

# End page 137 (6.4.1.3)

# Elements of page 15 (Butanoate metabolism (00650))

V { 130
    "1.1.1.-" 138 V
    M 0 I 16494 N 15 495 285 -27 28
}

V { 131
    "1.1.1.-" 139 V
    M 0 I 16493 N 15 495 375 -30 -26
}

V { 132
    "2.2.1.6" 140 V
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}

V { 133
    "2.2.1.6" 142 V
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}

V { 134
    "2.6.1.19" 143 V
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}

P { 138
    "Butanal" 0 0 0 [0,0] 1
    ""
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    M 2 I 6143 N 138 344 451 -11 22 35 -40
}

P { 58
    "NADH" 0 0 0 [0,0] 1
    ""
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    M 2 I 6142 N 138 344 496 -11 22 35 -40
}

P { 139
    "1-Butanol" 0 0 0 [0,0] 1
    ""
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    M 2 I 6141 N 138 434 451 -11 22 35 -40
}

P { 12
    "NAD+" 0 0 0 [0,0] 1
    ""
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    M 2 I 6140 N 138 434 496 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
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}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
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    M 2 I 6127 N 139 344 519 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
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    M 2 I 6125 N 139 434 496 -11 22 35 -40
}

P { 2
    "CO2" 0 0 0 [0,0] 1
    ""
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}

P { 63
    "Thiamin diphosp" 0 0 0 [0,0] 1
    ""
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    M 2 I 6110 N 140 971 77 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 16476 N 15 975 195 -11 22 35 -40
    M 2 I 6109 N 140 971 122 -11 22 35 -40
}

P { 140
    "2-Acetolactate" 0 0 0 [0,0] 1
    ""
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}

P { 63
    "Thiamin diphosp" 0 0 0 [0,0] 1
    ""
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}

P { 62
    "2-(alpha-Hydrox" 0 0 0 [0,0] 1
    ""
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    M 2 I 6112 N 140 881 77 -11 22 35 -40
    M 2 I 6082 N 142 848 96 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 16468 N 15 720 165 -11 22 35 -40
    M 2 I 6081 N 142 848 141 -11 22 35 -40
}

P { 141
    "4-Aminobutanoat" 0 0 0 [0,0] 1
    ""
    M 1 I 16467 N 15 60 270 -37 -24 35 -40
    M 2 I 6070 N 143 55 593 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 16466 N 15 90 300 -11 22 35 -40
    M 2 I 6069 N 143 55 638 -11 22 35 -40
}

P { 142
    "Succinate semia" 0 0 0 [0,0] 1
    ""
    M 1 I 16465 N 15 210 270 20 -4 35 -40
    M 2 I 6068 N 143 145 593 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 16464 N 15 180 300 -11 22 35 -40
    M 2 I 6067 N 143 145 638 -11 22 35 -40
}

# End page 15 (Butanoate metabolism (00650))

# Elements of page 138 (1.1.1.-)

T { 146
    "1.1.1.-:F" 0 0 [0,0] 0 0 
    ""
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}

T { 147
    "1.1.1.-:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 138 (1.1.1.-)

# Elements of page 139 (1.1.1.-)

T { 148
    "1.1.1.-:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 6124 N 139 389 474 -12 -15 35 -40 0
}

T { 149
    "1.1.1.-:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6123 N 139 389 504 -12 -15 35 -40 0
}

# End page 139 (1.1.1.-)

# Elements of page 140 (2.2.1.6)

T { 150
    "2.2.1.6:F" 0 0 [0,0] 0 0 
    ""
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}

T { 151
    "2.2.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6107 N 140 926 130 -12 -15 35 -40 0
}

# End page 140 (2.2.1.6)

# Elements of page 142 (2.2.1.6)

T { 152
    "2.2.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 6080 N 142 803 119 -12 -15 35 -40 0
}

T { 153
    "2.2.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6079 N 142 803 149 -12 -15 35 -40 0
}

# End page 142 (2.2.1.6)

# Elements of page 143 (2.6.1.19)

T { 154
    "2.6.1.19:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 6066 N 143 100 616 -12 -15 35 -40 0
}

T { 155
    "2.6.1.19:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6065 N 143 100 646 -12 -15 35 -40 0
}

# End page 143 (2.6.1.19)

# Elements of page 16 (Inositol phosphate metabolism (00562))

V { 135
    "2.7.1.-" 144 V
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}

V { 136
    "2.7.1.-" 145 V
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}

P { 143
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}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
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}

P { 144
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    ""
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}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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    M 2 I 6042 N 145 621 77 -11 22 35 -40
}

P { 145
    "1-Phosphatidyl-_4" 0 0 0 [0,0] 1
    ""
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    M 2 I 6041 N 145 621 122 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
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}

P { 146
    "Phosphatidylino_3" 0 0 0 [0,0] 1
    ""
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    M 2 I 6039 N 145 711 122 -11 22 35 -40
}

# End page 16 (Inositol phosphate metabolism (00562))

# Elements of page 144 (2.7.1.-)

T { 156
    "2.7.1.-:F" 0 0 [0,0] 0 0 
    ""
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}

T { 157
    "2.7.1.-:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 144 (2.7.1.-)

# Elements of page 145 (2.7.1.-)

T { 158
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    ""
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}

T { 159
    "2.7.1.-:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6037 N 145 666 130 -12 -15 35 -40 0
}

# End page 145 (2.7.1.-)

# Elements of page 17 (Oxidative phosphorylation (00190))

V { 137
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}

V { 138
    "3.6.1.1" 147 V
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}

P { 3
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    ""
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}

P { 147
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}

P { 148
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    ""
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}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
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}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
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    M 2 I 6012 N 147 324 499 -11 22 35 -40
}

# End page 17 (Oxidative phosphorylation (00190))

# Elements of page 146 (1.9.3.1)

T { 160
    "1.9.3.1:F" 0 0 [0,0] 0 0 
    ""
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}

T { 161
    "1.9.3.1:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6023 N 146 100 130 -12 -15 35 -40 0
}

# End page 146 (1.9.3.1)

# Elements of page 147 (3.6.1.1)

T { 162
    "3.6.1.1:F" 0 0 [0,0] 0 0 
    ""
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}

T { 163
    "3.6.1.1:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 6010 N 147 279 529 -12 -15 35 -40 0
}

# End page 147 (3.6.1.1)

# Elements of page 18 (Carbon fixation (00710))

V { 139
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}

V { 140
    "2.2.1.1" 149 V
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}

V { 141
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}

V { 142
    "2.6.1.1" 151 V
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}

V { 143
    "2.6.1.1" 152 V
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}

V { 144
    "2.7.1.40" 153 V
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}

V { 145
    "2.7.1.40" 154 V
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}

V { 146
    "2.7.2.3" 155 V
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}

V { 147
    "5.1.3.1" 156 V
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}

V { 148
    "5.3.1.1" 157 V
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}

V { 149
    "5.3.1.6" 158 V
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}

P { 84
    "D-Sedoheptulose" 0 0 0 [0,0] 1
    ""
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P { 86
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P { 88
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P { 87
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P { 86
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    ""
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}

P { 37
    "L-Aspartate" 0 0 0 [0,0] 1
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    M 2 I 5961 N 151 161 808 -11 22 35 -40
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}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
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P { 80
    "Oxaloacetate" 0 0 0 [0,0] 1
    ""
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}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
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P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
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}

P { 80
    "Oxaloacetate" 0 0 0 [0,0] 1
    ""
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}

P { 41
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    ""
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}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
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}

P { 80
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    ""
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}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
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P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
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}

P { 126
    "NTP" 0 0 0 [0,0] 1
    ""
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P { 64
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P { 127
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    ""
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}

P { 72
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}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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}

P { 73
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    ""
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P { 69
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    ""
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}

P { 60
    "3-Phospho-D-gly_1" 0 0 0 [0,0] 1
    ""
    M 1 I 16242 N 18 1035 435 20 2 35 -40
    M 2 I 5902 N 155 1235 640 -11 22 35 -40
}

P { 86
    "D-Xylulose 5-ph" 0 0 0 [0,0] 1
    ""
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    M 2 I 5890 N 156 850 590 -11 22 35 -40
}

P { 59
    "(2R)-2-Hydroxy-" 0 0 0 [0,0] 1
    ""
    M 1 I 16239 N 18 855 285 -11 22 35 -40
    M 2 I 5988 N 149 1052 122 -11 22 35 -40
    M 2 I 6002 N 148 612 439 -11 22 35 -40
    M 2 I 5883 N 157 1052 335 -11 22 35 -40
}

P { 75
    "Glycerone phosp" 0 0 0 [0,0] 1
    ""
    M 1 I 16238 N 18 735 285 -111 -1 35 -40
    M 2 I 5882 N 157 1142 335 -11 22 35 -40
}

P { 85
    "D-Ribose 5-phos" 0 0 0 [0,0] 1
    ""
    M 1 I 16237 N 18 660 510 27 3 35 -40
    M 2 I 6001 N 148 702 394 -11 22 35 -40
    M 2 I 5875 N 158 614 531 -11 22 35 -40
}

P { 82
    "D-Ribulose 5-ph" 0 0 0 [0,0] 1
    ""
    M 1 I 16236 N 18 660 615 -121 5 35 -40
    M 2 I 5891 N 156 760 590 -11 22 35 -40
    M 2 I 5874 N 158 704 531 -11 22 35 -40
}

# End page 18 (Carbon fixation (00710))

# Elements of page 148 (2.2.1.1)

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T { 165
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# End page 148 (2.2.1.1)

# Elements of page 149 (2.2.1.1)

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T { 167
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# End page 149 (2.2.1.1)

# Elements of page 150 (2.6.1.1)

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T { 169
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# End page 150 (2.6.1.1)

# Elements of page 151 (2.6.1.1)

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T { 171
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# End page 151 (2.6.1.1)

# Elements of page 152 (2.6.1.1)

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T { 173
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# End page 152 (2.6.1.1)

# Elements of page 153 (2.7.1.40)

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T { 175
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# End page 153 (2.7.1.40)

# Elements of page 154 (2.7.1.40)

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}

T { 177
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}

# End page 154 (2.7.1.40)

# Elements of page 155 (2.7.2.3)

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    ""
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}

T { 179
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# End page 155 (2.7.2.3)

# Elements of page 156 (5.1.3.1)

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T { 181
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# End page 156 (5.1.3.1)

# Elements of page 157 (5.3.1.1)

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T { 183
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# End page 157 (5.3.1.1)

# Elements of page 158 (5.3.1.6)

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T { 185
    "5.3.1.6:R" 0 0 [0,0] 0 0 
    ""
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# End page 158 (5.3.1.6)

# Elements of page 19 (Nitrogen metabolism (00910))

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    "2.1.2.10" 159 V
    M 0 I 16083 N 19 300 180 -12 -15
}

V { 151
    "6.3.1.2" 160 V
    M 0 I 16082 N 19 165 345 -42 -40
}

P { 40
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P { 130
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P { 12
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P { 128
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P { 2
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P { 58
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P { 1
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P { 8
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P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
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P { 4
    "NH3" 0 0 0 [0,0] 1
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}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
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P { 42
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# End page 19 (Nitrogen metabolism (00910))

# Elements of page 159 (2.1.2.10)

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T { 187
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# End page 159 (2.1.2.10)

# Elements of page 160 (6.3.1.2)

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T { 189
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    ""
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# End page 160 (6.3.1.2)

# Elements of page 20 (Fatty acid biosynthesis (path 1) (00061))

V { 152
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V { 153
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}

V { 154
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V { 155
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V { 156
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V { 157
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V { 158
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}

V { 159
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V { 160
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V { 161
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V { 162
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V { 163
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V { 164
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V { 165
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V { 166
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V { 167
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V { 168
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P { 149
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P { 13
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P { 61
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P { 151
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P { 13
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P { 152
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P { 61
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P { 153
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P { 13
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P { 61
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P { 155
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P { 13
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P { 61
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P { 13
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P { 61
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P { 159
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P { 13
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P { 61
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P { 161
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P { 13
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P { 162
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P { 61
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P { 163
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P { 164
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P { 15
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P { 165
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P { 166
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P { 165
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P { 150
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P { 2
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P { 164
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P { 167
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P { 165
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P { 2
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P { 164
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P { 168
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P { 165
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P { 154
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P { 2
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P { 164
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P { 169
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P { 165
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P { 2
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P { 164
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P { 165
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P { 2
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P { 164
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P { 165
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P { 2
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P { 164
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P { 2
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P { 164
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P { 68
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# End page 20 (Fatty acid biosynthesis (path 1) (00061))

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# Elements of page 21 (Biosynthesis of steroids (00100))

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# End page 21 (Biosynthesis of steroids (00100))

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# Elements of page 22 (Bile acid biosynthesis (00120))

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# Elements of page 23 (Glycerolipid metabolism (00561))

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V { 189
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}

V { 190
    "5.3.1.1" 199 V
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}

P { 190
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    ""
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    M 2 I 5402 N 189 866 210 -11 22 35 -40
}

P { 13
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    ""
    M 1 I 15366 N 23 930 300 -11 22 35 -40
    M 2 I 5401 N 189 866 255 -11 22 35 -40
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P { 191
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    ""
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    M 2 I 5400 N 189 956 210 -11 22 35 -40
}

P { 61
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    ""
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}

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P { 58
    "NADH" 0 0 0 [0,0] 1
    ""
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}

P { 1
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    ""
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    M 2 I 5384 N 190 837 798 -11 22 35 -40
}

P { 13
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    ""
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}

P { 193
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    M 1 I 15356 N 23 975 630 -11 22 35 -40
    M 2 I 5386 N 190 837 708 -11 22 35 -40
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}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
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P { 1
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P { 12
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    M 2 I 5353 N 192 721 454 -11 22 35 -40
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P { 75
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    M 2 I 5249 N 199 983 453 -11 22 35 -40
    M 2 I 5335 N 193 811 387 -11 22 35 -40
    M 2 I 5352 N 192 811 387 -11 22 35 -40
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P { 58
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P { 1
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P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
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    M 2 I 5336 N 193 721 454 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
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    M 2 I 5334 N 193 811 432 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
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    M 2 I 5333 N 193 811 477 -11 22 35 -40
}

P { 195
    "Phosphatidate" 0 0 0 [0,0] 1
    ""
    M 1 I 15343 N 23 150 180 -73 -10 35 -40
    M 2 I 5291 N 196 140 141 -11 22 35 -40
    M 2 I 5303 N 195 150 285 -11 22 35 -40
    M 2 I 5320 N 194 55 234 -11 22 35 -40
}

P { 15
    "CoA" 0 0 0 [0,0] 1
    ""
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    M 2 I 5319 N 194 55 279 -11 22 35 -40
}

P { 196
    "1-Acyl-sn-glyce" 0 0 0 [0,0] 1
    ""
    M 1 I 15341 N 23 150 405 -11 22 35 -40
    M 2 I 5305 N 195 60 285 -11 22 35 -40
    M 2 I 5318 N 194 145 234 -11 22 35 -40
}

P { 197
    "Acyl-CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 15340 N 23 60 315 -11 22 35 -40
    M 2 I 5317 N 194 145 279 -11 22 35 -40
}

P { 198
    "2,3-Dehydroacyl" 0 0 0 [0,0] 1
    ""
    M 1 I 15339 N 23 225 345 -11 22 35 -40
    M 2 I 5306 N 195 60 240 -11 22 35 -40
}

P { 15
    "CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 15337 N 23 270 255 -11 22 35 -40
    M 2 I 5304 N 195 150 240 -11 22 35 -40
}

P { 30
    "CTP" 0 0 0 [0,0] 1
    ""
    M 1 I 15335 N 23 210 135 -11 22 35 -40
    M 2 I 5292 N 196 140 96 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 15333 N 23 345 120 -11 22 35 -40
    M 2 I 5290 N 196 230 96 -11 22 35 -40
}

P { 199
    "CDPdiacylglycer" 0 0 0 [0,0] 1
    ""
    M 1 I 15332 N 23 390 180 -28 33 35 -40
    M 2 I 5264 N 198 690 126 -11 22 35 -40
    M 2 I 5277 N 197 437 122 -11 22 35 -40
    M 2 I 5289 N 196 230 141 -11 22 35 -40
}

P { 200
    "Phosphatidylgly" 0 0 0 [0,0] 1
    ""
    M 1 I 15331 N 23 465 135 -26 -15 35 -40
    M 2 I 5278 N 197 437 77 -11 22 35 -40
}

P { 201
    "Cardiolipin" 0 0 0 [0,0] 1
    ""
    M 1 I 15329 N 23 615 180 -11 22 35 -40
    M 2 I 5276 N 197 527 77 -11 22 35 -40
}

P { 27
    "CMP" 0 0 0 [0,0] 1
    ""
    M 1 I 15328 N 23 570 225 -11 22 35 -40
    M 2 I 5275 N 197 527 122 -11 22 35 -40
}

P { 194
    "sn-Glycerol 3-p" 0 0 0 [0,0] 1
    ""
    M 1 I 15326 N 23 435 330 -67 24 35 -40
    M 2 I 5354 N 192 721 409 -11 22 35 -40
    M 2 I 5337 N 193 721 409 -11 22 35 -40
    M 2 I 5263 N 198 690 171 -11 22 35 -40
}

P { 27
    "CMP" 0 0 0 [0,0] 1
    ""
    M 1 I 15325 N 23 615 285 -27 -10 35 -40
    M 2 I 5262 N 198 780 126 -11 22 35 -40
}

P { 202
    "Phosphatidylgly_1" 0 0 0 [0,0] 1
    ""
    M 1 I 15324 N 23 630 330 -31 -9 35 -40
    M 2 I 5261 N 198 780 171 -11 22 35 -40
}

P { 59
    "(2R)-2-Hydroxy-" 0 0 0 [0,0] 1
    ""
    M 1 I 15323 N 23 975 465 -11 22 35 -40
    M 2 I 5250 N 199 893 453 -11 22 35 -40
}

# End page 23 (Glycerolipid metabolism (00561))

# Elements of page 189 (1.1.1.-)

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    ""
    M 0 I 5398 N 189 911 233 -12 -15 35 -40 0
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T { 247
    "1.1.1.-:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 5397 N 189 911 263 -12 -15 35 -40 0
}

# End page 189 (1.1.1.-)

# Elements of page 190 (1.1.1.1)

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    ""
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}

T { 249
    "1.1.1.1:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 190 (1.1.1.1)

# Elements of page 191 (1.1.1.1)

T { 250
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    ""
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T { 251
    "1.1.1.1:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 191 (1.1.1.1)

# Elements of page 192 (1.1.1.94)

T { 252
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    ""
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}

T { 253
    "1.1.1.94:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 192 (1.1.1.94)

# Elements of page 193 (1.1.1.94)

T { 254
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    ""
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T { 255
    "1.1.1.94:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 193 (1.1.1.94)

# Elements of page 194 (2.3.1.51)

T { 256
    "2.3.1.51:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 5316 N 194 100 257 -12 -15 35 -40 0
}

T { 257
    "2.3.1.51:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 5315 N 194 100 287 -12 -15 35 -40 0
}

# End page 194 (2.3.1.51)

# Elements of page 195 (2.3.1.51)

T { 258
    "2.3.1.51:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 5302 N 195 105 255 -12 -15 35 -40 0
}

T { 259
    "2.3.1.51:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 5301 N 195 105 285 -12 -15 35 -40 0
}

# End page 195 (2.3.1.51)

# Elements of page 196 (2.7.7.41)

T { 260
    "2.7.7.41:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 5288 N 196 185 119 -12 -15 35 -40 0
}

T { 261
    "2.7.7.41:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 5287 N 196 185 149 -12 -15 35 -40 0
}

# End page 196 (2.7.7.41)

# Elements of page 197 (2.7.8.-)

T { 262
    "2.7.8.-:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 5274 N 197 482 100 -12 -15 35 -40 0
}

T { 263
    "2.7.8.-:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 197 (2.7.8.-)

# Elements of page 198 (2.7.8.5)

T { 264
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    ""
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}

T { 265
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    ""
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}

# End page 198 (2.7.8.5)

# Elements of page 199 (5.3.1.1)

T { 266
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    ""
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}

T { 267
    "5.3.1.1:R" 0 0 [0,0] 0 0 
    ""
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}

# End page 199 (5.3.1.1)

# Elements of page 24 (Purine metabolism (00230))

V { 191
    "2.7.7.7" 200 V
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}

V { 192
    "2.7.7.7" 201 V
    M 0 I 15136 N 24 1680 675 -12 -15
}

V { 193
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}

V { 194
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}

V { 195
    "1.17.4.1" 204 V
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V { 196
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}

V { 197
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V { 198
    "2.4.2.14" 207 V
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}

V { 199
    "2.4.2.8" 208 V
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}

V { 200
    "2.4.2.8" 209 V
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V { 201
    "2.4.2.8" 210 V
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V { 202
    "2.4.2.8" 211 V
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V { 203
    "2.7.1.40" 212 V
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V { 204
    "2.7.1.40" 213 V
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V { 205
    "2.7.1.40" 214 V
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V { 206
    "2.7.1.40" 215 V
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V { 207
    "2.7.4.3" 216 V
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}

V { 208
    "2.7.4.3" 217 V
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V { 209
    "2.7.4.6" 218 V
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V { 210
    "2.7.4.6" 219 V
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V { 211
    "2.7.4.6" 220 V
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V { 212
    "2.7.4.6" 221 V
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V { 213
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V { 214
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V { 215
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V { 216
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V { 217
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V { 218
    "2.7.6.5" 227 V
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V { 219
    "2.7.7.8" 228 V
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V { 220
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V { 221
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V { 222
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V { 223
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V { 224
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V { 225
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V { 226
    "6.3.2.6" 235 V
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V { 227
    "6.3.3.1" 236 V
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V { 228
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V { 229
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V { 230
    "6.3.5.2" 239 V
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V { 231
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V { 232
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V { 233
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V { 234
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V { 235
    "2.4.2.1" 244 V
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V { 236
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V { 237
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V { 238
    "2.4.2.1" 247 V
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V { 239
    "2.4.2.1" 248 V
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V { 240
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V { 241
    "2.7.7.6" 250 V
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P { 203
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    ""
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P { 16
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    ""
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P { 203
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    ""
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P { 16
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    ""
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    ""
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P { 12
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    ""
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P { 0
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    ""
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P { 205
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    ""
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P { 58
    "NADH" 0 0 0 [0,0] 1
    ""
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P { 1
    "H+" 0 0 0 [0,0] 1
    ""
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P { 206
    "dADP" 0 0 0 [0,0] 1
    ""
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    ""
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P { 0
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    ""
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P { 208
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    ""
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P { 209
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    ""
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P { 207
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    ""
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P { 0
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    ""
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P { 208
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    ""
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P { 132
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P { 130
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    ""
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P { 211
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P { 132
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    ""
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P { 130
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    ""
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P { 214
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    ""
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}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 15053 N 24 375 150 -48 28 35 -40
    M 2 I 5131 N 207 523 100 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 15052 N 24 360 45 15 16 35 -40
    M 2 I 5130 N 207 523 145 -11 22 35 -40
}

P { 42
    "L-Glutamine" 0 0 0 [0,0] 1
    ""
    M 1 I 15051 N 24 240 75 5 -16 35 -40
    M 2 I 5129 N 207 613 55 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 15049 N 24 255 135 -11 22 35 -40
    M 2 I 5127 N 207 613 145 -11 22 35 -40
}

P { 204
    "IMP" 0 0 0 [0,0] 1
    ""
    M 1 I 15048 N 24 660 480 -11 22 35 -40
    M 2 I 5112 N 208 799 679 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 15047 N 24 720 525 -11 22 35 -40
    M 2 I 5111 N 208 799 724 -11 22 35 -40
}

P { 215
    "Hypoxanthine" 0 0 0 [0,0] 1
    ""
    M 1 I 15046 N 24 705 750 -11 22 35 -40
    M 2 I 4556 N 245 811 776 -11 22 35 -40
    M 2 I 5110 N 208 889 679 -11 22 35 -40
}

P { 91
    "5-Phospho-alpha" 0 0 0 [0,0] 1
    ""
    M 1 I 15045 N 24 720 675 -11 22 35 -40
    M 2 I 5109 N 208 889 724 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 15043 N 24 990 600 3 17 35 -40
    M 2 I 5097 N 209 1007 692 -11 22 35 -40
}

P { 216
    "Xanthine" 0 0 0 [0,0] 1
    ""
    M 1 I 15042 N 24 945 855 -11 22 35 -40
    M 2 I 4584 N 243 1047 768 -11 22 35 -40
    M 2 I 5096 N 209 1097 647 -11 22 35 -40
}

P { 91
    "5-Phospho-alpha" 0 0 0 [0,0] 1
    ""
    M 1 I 15041 N 24 975 720 -4 24 35 -40
    M 2 I 5095 N 209 1097 692 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 15039 N 24 1170 660 -93 33 35 -40
    M 2 I 5083 N 210 1193 709 -11 22 35 -40
}

P { 217
    "Guanine" 0 0 0 [0,0] 1
    ""
    M 1 I 15038 N 24 1185 1050 11 7 35 -40
    M 2 I 4542 N 246 1383 823 -11 22 35 -40
    M 2 I 4528 N 247 1209 753 -11 22 35 -40
    M 2 I 5082 N 210 1283 664 -11 22 35 -40
}

P { 91
    "5-Phospho-alpha" 0 0 0 [0,0] 1
    ""
    M 1 I 15037 N 24 1140 735 -67 30 35 -40
    M 2 I 5081 N 210 1283 709 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 15036 N 24 585 780 -40 14 35 -40
    M 2 I 5070 N 211 451 688 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 15035 N 24 630 900 13 16 35 -40
    M 2 I 5069 N 211 451 733 -11 22 35 -40
}

P { 91
    "5-Phospho-alpha" 0 0 0 [0,0] 1
    ""
    M 1 I 15033 N 24 600 1065 -11 22 35 -40
    M 2 I 5067 N 211 541 733 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 15031 N 24 1500 510 -11 22 35 -40
    M 2 I 5055 N 212 1362 562 -11 22 35 -40
}

P { 72
    "Phosphoenolpyru" 0 0 0 [0,0] 1
    ""
    M 1 I 15029 N 24 1395 510 -11 22 35 -40
    M 2 I 5053 N 212 1452 562 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 15027 N 24 1530 765 -9 33 35 -40
    M 2 I 5041 N 213 1355 722 -11 22 35 -40
}

P { 72
    "Phosphoenolpyru" 0 0 0 [0,0] 1
    ""
    M 1 I 15025 N 24 1380 765 -52 -24 35 -40
    M 2 I 5039 N 213 1445 722 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 15023 N 24 195 915 -11 22 35 -40
    M 2 I 5027 N 214 201 722 -11 22 35 -40
}

P { 72
    "Phosphoenolpyru" 0 0 0 [0,0] 1
    ""
    M 1 I 15021 N 24 345 900 -11 22 35 -40
    M 2 I 5025 N 214 291 722 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 15019 N 24 255 645 -11 22 35 -40
    M 2 I 5013 N 215 203 612 -11 22 35 -40
}

P { 72
    "Phosphoenolpyru" 0 0 0 [0,0] 1
    ""
    M 1 I 15017 N 24 405 645 -11 22 35 -40
    M 2 I 5011 N 215 293 612 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15016 N 24 555 495 -11 22 35 -40
    M 2 I 5000 N 216 386 544 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 15014 N 24 450 570 -11 22 35 -40
    M 2 I 5190 N 203 375 645 -11 22 35 -40
    M 2 I 5012 N 215 293 567 -11 22 35 -40
    M 2 I 4973 N 218 294 527 -11 22 35 -40
    M 2 I 4998 N 216 476 567 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15013 N 24 510 1020 -11 22 35 -40
    M 2 I 4989 N 217 317 715 -11 22 35 -40
}

P { 219
    "dAMP" 0 0 0 [0,0] 1
    ""
    M 1 I 15012 N 24 450 1035 18 11 35 -40
    M 2 I 4988 N 217 317 760 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 15011 N 24 510 900 -11 22 35 -40
    M 2 I 4987 N 217 407 715 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15009 N 24 255 585 -11 22 35 -40
    M 2 I 5014 N 215 203 567 -11 22 35 -40
    M 2 I 4502 N 249 57 565 -11 22 35 -40
    M 2 I 4975 N 218 204 527 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 15008 N 24 285 540 -11 22 35 -40
    M 2 I 4974 N 218 204 572 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15006 N 24 405 540 -11 22 35 -40
    M 2 I 4972 N 218 294 572 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15005 N 24 345 810 -11 22 35 -40
    M 2 I 4961 N 219 201 637 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 15003 N 24 195 795 -11 22 35 -40
    M 2 I 4959 N 219 291 637 -11 22 35 -40
}

P { 31
    "dATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15002 N 24 90 840 -11 22 35 -40
    M 2 I 5242 N 200 55 658 -11 22 35 -40
    M 2 I 5028 N 214 201 677 -11 22 35 -40
    M 2 I 4958 N 219 291 682 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 15001 N 24 1455 210 -11 22 35 -40
    M 2 I 4947 N 220 984 382 -11 22 35 -40
}

P { 220
    "IDP" 0 0 0 [0,0] 1
    ""
    M 1 I 15000 N 24 1425 240 -11 22 35 -40
    M 2 I 4946 N 220 984 427 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14999 N 24 1545 210 -11 22 35 -40
    M 2 I 4945 N 220 1074 382 -11 22 35 -40
}

P { 221
    "ITP" 0 0 0 [0,0] 1
    ""
    M 1 I 14998 N 24 1590 240 -11 22 35 -40
    M 2 I 4944 N 220 1074 427 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14997 N 24 1395 405 -11 22 35 -40
    M 2 I 4933 N 221 1365 480 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14995 N 24 1530 405 -11 22 35 -40
    M 2 I 4931 N 221 1455 480 -11 22 35 -40
}

P { 29
    "GTP" 0 0 0 [0,0] 1
    ""
    M 1 I 14994 N 24 1530 450 -11 22 35 -40
    M 2 I 4848 N 227 1585 532 -11 22 35 -40
    M 2 I 4488 N 250 1479 538 -11 22 35 -40
    M 2 I 5056 N 212 1362 517 -11 22 35 -40
    M 2 I 4930 N 221 1455 525 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14993 N 24 1410 675 -11 22 35 -40
    M 2 I 4919 N 222 1355 641 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14991 N 24 1485 690 -11 22 35 -40
    M 2 I 4917 N 222 1445 641 -11 22 35 -40
}

P { 33
    "dGTP" 0 0 0 [0,0] 1
    ""
    M 1 I 14990 N 24 1530 660 -11 22 35 -40
    M 2 I 4807 N 230 1439 721 -11 22 35 -40
    M 2 I 5228 N 201 1490 658 -11 22 35 -40
    M 2 I 5042 N 213 1355 677 -11 22 35 -40
    M 2 I 4916 N 222 1445 686 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14989 N 24 1530 135 -11 22 35 -40
    M 2 I 4905 N 223 1378 172 -11 22 35 -40
}

P { 222
    "dIDP" 0 0 0 [0,0] 1
    ""
    M 1 I 14988 N 24 1500 165 -11 22 35 -40
    M 2 I 4904 N 223 1378 217 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14987 N 24 1620 135 -11 22 35 -40
    M 2 I 4903 N 223 1468 172 -11 22 35 -40
}

P { 223
    "dITP" 0 0 0 [0,0] 1
    ""
    M 1 I 14986 N 24 1650 165 -11 22 35 -40
    M 2 I 4902 N 223 1468 217 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14985 N 24 1230 420 -11 22 35 -40
    M 2 I 4891 N 224 1228 544 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14983 N 24 1305 390 -11 22 35 -40
    M 2 I 4889 N 224 1318 544 -11 22 35 -40
}

P { 98
    "GDP" 0 0 0 [0,0] 1
    ""
    M 1 I 14982 N 24 1350 450 -11 22 35 -40
    M 2 I 5174 N 204 1393 603 -11 22 35 -40
    M 2 I 5054 N 212 1452 517 -11 22 35 -40
    M 2 I 4932 N 221 1365 525 -11 22 35 -40
    M 2 I 4888 N 224 1318 589 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14981 N 24 1275 930 -11 22 35 -40
    M 2 I 4877 N 225 1303 721 -11 22 35 -40
}

P { 224
    "dGMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14980 N 24 1320 990 -11 22 35 -40
    M 2 I 4876 N 225 1303 766 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14979 N 24 1245 810 -11 22 35 -40
    M 2 I 4875 N 225 1393 721 -11 22 35 -40
}

P { 209
    "dGDP" 0 0 0 [0,0] 1
    ""
    M 1 I 14978 N 24 1290 750 -11 22 35 -40
    M 2 I 4874 N 225 1393 766 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14977 N 24 90 75 -11 22 35 -40
    M 2 I 4863 N 226 385 77 -11 22 35 -40
}

P { 85
    "D-Ribose 5-phos" 0 0 0 [0,0] 1
    ""
    M 1 I 14976 N 24 60 105 -27 29 35 -40
    M 2 I 4862 N 226 385 122 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14975 N 24 180 75 -11 22 35 -40
    M 2 I 4861 N 226 475 77 -11 22 35 -40
}

P { 91
    "5-Phospho-alpha" 0 0 0 [0,0] 1
    ""
    M 1 I 14974 N 24 210 105 -44 22 35 -40
    M 2 I 5128 N 207 613 100 -11 22 35 -40
    M 2 I 4860 N 226 475 122 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14973 N 24 1740 585 -11 22 35 -40
    M 2 I 4849 N 227 1585 487 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14971 N 24 1875 540 -11 22 35 -40
    M 2 I 4847 N 227 1675 487 -11 22 35 -40
}

P { 225
    "Guanosine 3'-di" 0 0 0 [0,0] 1
    ""
    M 1 I 14970 N 24 1965 570 -9 34 35 -40
    M 2 I 4846 N 227 1675 532 -11 22 35 -40
}

P { 226
    "RNA" 0 0 0 [0,0] 1
    ""
    M 1 I 14969 N 24 75 450 -11 22 35 -40
    M 2 I 4835 N 228 135 341 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14968 N 24 75 495 -11 22 35 -40
    M 2 I 4834 N 228 135 386 -11 22 35 -40
}

P { 226
    "RNA" 0 0 0 [0,0] 1
    ""
    M 1 I 14967 N 24 165 450 -11 22 35 -40
    M 2 I 4833 N 228 225 341 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14966 N 24 165 495 -11 22 35 -40
    M 2 I 4832 N 228 225 386 -11 22 35 -40
}

P { 226
    "RNA" 0 0 0 [0,0] 1
    ""
    M 1 I 14965 N 24 1785 375 -11 22 35 -40
    M 2 I 4485 N 250 1569 583 -11 22 35 -40
    M 2 I 4821 N 229 1455 453 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14964 N 24 1755 300 -37 27 35 -40
    M 2 I 4820 N 229 1455 498 -11 22 35 -40
}

P { 226
    "RNA" 0 0 0 [0,0] 1
    ""
    M 1 I 14963 N 24 1575 315 -11 22 35 -40
    M 2 I 4819 N 229 1545 453 -11 22 35 -40
}

P { 98
    "GDP" 0 0 0 [0,0] 1
    ""
    M 1 I 14962 N 24 1350 345 -11 22 35 -40
    M 2 I 4818 N 229 1545 498 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 14960 N 24 1605 750 18 2 35 -40
    M 2 I 4806 N 230 1439 766 -11 22 35 -40
}

P { 227
    "Deoxyguanosine" 0 0 0 [0,0] 1
    ""
    M 1 I 14959 N 24 1605 900 -11 22 35 -40
    M 2 I 4544 N 246 1293 823 -11 22 35 -40
    M 2 I 4805 N 230 1529 721 -11 22 35 -40
}

P { 228
    "Triphosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14958 N 24 1635 840 14 11 35 -40
    M 2 I 4804 N 230 1529 766 -11 22 35 -40
}

P { 204
    "IMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14957 N 24 630 390 -11 22 35 -40
    M 2 I 5214 N 202 861 524 -11 22 35 -40
    M 2 I 4691 N 238 693 366 -11 22 35 -40
    M 2 I 4793 N 231 675 263 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 14956 N 24 660 360 -11 22 35 -40
    M 2 I 4792 N 231 675 308 -11 22 35 -40
}

P { 229
    "1-(5-Phospho-D-" 0 0 0 [0,0] 1
    ""
    M 1 I 14954 N 24 1230 270 -11 22 35 -40
    M 2 I 4748 N 235 981 202 -11 22 35 -40
    M 2 I 4782 N 232 1158 166 -11 22 35 -40
}

P { 2
    "CO2" 0 0 0 [0,0] 1
    ""
    M 1 I 14952 N 24 1260 165 -11 22 35 -40
    M 2 I 4780 N 232 1248 188 -11 22 35 -40
}

P { 232
    "Fumarate" 0 0 0 [0,0] 1
    ""
    M 1 I 14950 N 24 855 225 30 -2 35 -40
    M 2 I 4770 N 233 900 179 -11 22 35 -40
}

P { 212
    "1-(5'-Phosphori" 0 0 0 [0,0] 1
    ""
    M 1 I 14949 N 24 825 270 -10 34 35 -40
    M 2 I 5145 N 206 668 224 -11 22 35 -40
    M 2 I 4769 N 233 900 224 -11 22 35 -40
}

P { 232
    "Fumarate" 0 0 0 [0,0] 1
    ""
    M 1 I 14947 N 24 375 435 -11 22 35 -40
    M 2 I 4759 N 234 645 345 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14946 N 24 510 465 -11 22 35 -40
    M 2 I 4999 N 216 386 589 -11 22 35 -40
    M 2 I 4758 N 234 645 390 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14945 N 24 1170 225 -11 22 35 -40
    M 2 I 4749 N 235 981 157 -11 22 35 -40
}

P { 37
    "L-Aspartate" 0 0 0 [0,0] 1
    ""
    M 1 I 14943 N 24 1155 300 -11 22 35 -40
    M 2 I 4747 N 235 981 247 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14942 N 24 1035 225 -11 22 35 -40
    M 2 I 4746 N 235 1071 157 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14941 N 24 1035 315 -11 22 35 -40
    M 2 I 4745 N 235 1071 202 -11 22 35 -40
}

P { 231
    "1-(5'-Phosphori_2" 0 0 0 [0,0] 1
    ""
    M 1 I 14940 N 24 1005 270 -11 22 35 -40
    M 2 I 4771 N 233 810 202 -11 22 35 -40
    M 2 I 4744 N 235 1071 247 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14939 N 24 1065 75 -11 22 35 -40
    M 2 I 4729 N 236 1070 77 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14937 N 24 1155 75 -11 22 35 -40
    M 2 I 4727 N 236 1160 55 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14936 N 24 1155 120 -11 22 35 -40
    M 2 I 4726 N 236 1160 100 -11 22 35 -40
}

P { 230
    "Aminoimidazole" 0 0 0 [0,0] 1
    ""
    M 1 I 14935 N 24 1230 105 -11 22 35 -40
    M 2 I 4781 N 232 1248 143 -11 22 35 -40
    M 2 I 4725 N 236 1160 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14934 N 24 435 75 -11 22 35 -40
    M 2 I 4712 N 237 659 55 -11 22 35 -40
}

P { 40
    "Glycine" 0 0 0 [0,0] 1
    ""
    M 1 I 14932 N 24 465 150 -11 22 35 -40
    M 2 I 4710 N 237 659 145 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 14931 N 24 540 60 -11 22 35 -40
    M 2 I 4709 N 237 749 55 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14930 N 24 525 150 -11 22 35 -40
    M 2 I 4708 N 237 749 100 -11 22 35 -40
}

P { 210
    "5'-Phosphoribos" 0 0 0 [0,0] 1
    ""
    M 1 I 14929 N 24 585 105 -11 22 35 -40
    M 2 I 5159 N 205 790 122 -11 22 35 -40
    M 2 I 4707 N 237 749 145 -11 22 35 -40
}

P { 29
    "GTP" 0 0 0 [0,0] 1
    ""
    M 1 I 14928 N 24 585 330 -11 22 35 -40
    M 2 I 4692 N 238 693 321 -11 22 35 -40
}

P { 37
    "L-Aspartate" 0 0 0 [0,0] 1
    ""
    M 1 I 14926 N 24 570 420 -11 22 35 -40
    M 2 I 4690 N 238 693 411 -11 22 35 -40
}

P { 98
    "GDP" 0 0 0 [0,0] 1
    ""
    M 1 I 14925 N 24 465 300 -11 22 35 -40
    M 2 I 4689 N 238 783 321 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14924 N 24 480 405 -11 22 35 -40
    M 2 I 4688 N 238 783 366 -11 22 35 -40
}

P { 233
    "N6-(1,2-Dicarbo" 0 0 0 [0,0] 1
    ""
    M 1 I 14923 N 24 435 360 -11 22 35 -40
    M 2 I 4760 N 234 555 360 -11 22 35 -40
    M 2 I 4687 N 238 783 411 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14922 N 24 975 525 -11 22 35 -40
    M 2 I 4672 N 239 1065 540 -11 22 35 -40
}

P { 4
    "NH3" 0 0 0 [0,0] 1
    ""
    M 1 I 14920 N 24 990 555 -11 22 35 -40
    M 2 I 4670 N 239 1065 630 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14919 N 24 1170 510 -11 22 35 -40
    M 2 I 4669 N 239 1155 540 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14918 N 24 1140 555 -46 28 35 -40
    M 2 I 4668 N 239 1155 585 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 14916 N 24 1050 375 -11 22 35 -40
    M 2 I 4652 N 240 1061 520 -11 22 35 -40
}

P { 42
    "L-Glutamine" 0 0 0 [0,0] 1
    ""
    M 1 I 14914 N 24 990 405 -11 22 35 -40
    M 2 I 4650 N 240 1061 610 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 14913 N 24 1005 375 -11 22 35 -40
    M 2 I 4649 N 240 1061 655 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14912 N 24 1155 420 -11 22 35 -40
    M 2 I 4648 N 240 1151 520 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 14911 N 24 1140 390 15 -3 35 -40
    M 2 I 4647 N 240 1151 565 -11 22 35 -40
}

P { 26
    "GMP" 0 0 0 [0,0] 1
    ""
    M 1 I 14910 N 24 1185 450 -10 26 35 -40
    M 2 I 5084 N 210 1193 664 -11 22 35 -40
    M 2 I 4667 N 239 1155 630 -11 22 35 -40
    M 2 I 4890 N 224 1228 589 -11 22 35 -40
    M 2 I 4646 N 240 1151 610 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
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P { 249
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P { 16
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P { 24
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P { 2
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P { 257
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P { 85
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P { 8
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P { 264
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P { 8
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P { 205
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P { 26
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P { 41
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P { 8
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P { 42
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    "Orthophosphate" 0 0 0 [0,0] 1
    ""
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P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
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}

P { 251
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    ""
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}

# End page 26 (Glutamate metabolism (00251))

# Elements of page 281 (2.4.2.14)

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# End page 281 (2.4.2.14)

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# End page 282 (2.6.1.16)

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# End page 283 (2.6.1.19)

# Elements of page 284 (2.6.1.1)

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# End page 285 (6.1.1.17)

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# End page 286 (6.1.1.17)

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# End page 287 (6.3.1.2)

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# End page 289 (6.3.5.2)

# Elements of page 290 (6.3.5.5)

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# End page 290 (6.3.5.5)

# Elements of page 27 (Alanine and aspartate metabolism (00252))

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P { 14
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P { 133
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P { 134
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P { 135
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P { 41
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P { 37
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P { 232
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P { 23
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P { 265
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P { 266
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P { 8
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P { 23
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P { 8
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P { 268
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P { 23
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P { 8
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P { 29
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P { 14
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P { 80
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# End page 27 (Alanine and aspartate metabolism (00252))

# Elements of page 291 (2.1.3.2)

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# Elements of page 292 (2.6.1.19)

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# End page 292 (2.6.1.19)

# Elements of page 293 (2.6.1.1)

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# Elements of page 294 (4.3.2.2)

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# Elements of page 295 (5.1.1.1)

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# Elements of page 296 (6.1.1.12)

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# Elements of page 297 (6.1.1.12)

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# End page 297 (6.1.1.12)

# Elements of page 298 (6.1.1.7)

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# Elements of page 28 (Glycine, serine and threonine metabolism (00260))

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# End page 28 (Glycine, serine and threonine metabolism (00260))

# Elements of page 301 (1.1.1.-)

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# Elements of page 29 (Methionine metabolism (00271))

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    M 2 I 3388 N 318 55 412 -11 22 35 -40
}

P { 130
    "Tetrahydrofolat" 0 0 0 [0,0] 1
    ""
    M 1 I 12335 N 29 90 480 -51 -25 35 -40
    M 2 I 3387 N 318 145 367 -11 22 35 -40
}

P { 292
    "N-Formylmethion" 0 0 0 [0,0] 1
    ""
    M 1 I 12334 N 29 60 510 -34 33 35 -40
    M 2 I 3386 N 318 145 412 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 12333 N 29 495 180 -14 -19 35 -40
    M 2 I 3375 N 319 398 125 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 12332 N 29 585 195 -13 -16 35 -40
    M 2 I 3374 N 319 398 170 -11 22 35 -40
}

P { 20
    "S-Adenosyl-L-me" 0 0 0 [0,0] 1
    ""
    M 1 I 12331 N 29 630 225 -11 22 35 -40
    M 2 I 3373 N 319 398 215 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 12330 N 29 360 180 -11 22 35 -40
    M 2 I 3372 N 319 488 125 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 12328 N 29 360 255 -11 22 35 -40
    M 2 I 3370 N 319 488 215 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 12327 N 29 435 330 -11 22 35 -40
    M 2 I 3355 N 320 182 345 -11 22 35 -40
}

P { 293
    "tRNA(Met)" 0 0 0 [0,0] 1
    ""
    M 1 I 12325 N 29 315 300 -11 22 35 -40
    M 2 I 3353 N 320 182 435 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 12324 N 29 390 480 -11 22 35 -40
    M 2 I 3352 N 320 272 345 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 12323 N 29 345 540 -11 22 35 -40
    M 2 I 3351 N 320 272 390 -11 22 35 -40
}

P { 291
    "L-Methionyl-tRN" 0 0 0 [0,0] 1
    ""
    M 1 I 12322 N 29 255 510 -11 22 35 -40
    M 2 I 3389 N 318 55 367 -11 22 35 -40
    M 2 I 3350 N 320 272 435 -11 22 35 -40
}

# End page 29 (Methionine metabolism (00271))

# Elements of page 317 (2.1.1.14)

T { 502
    "2.1.1.14:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3399 N 317 317 100 -12 -15 35 -40 0
}

T { 503
    "2.1.1.14:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3398 N 317 317 130 -12 -15 35 -40 0
}

# End page 317 (2.1.1.14)

# Elements of page 318 (2.1.2.9)

T { 504
    "2.1.2.9:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3385 N 318 100 390 -12 -15 35 -40 0
}

T { 505
    "2.1.2.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3384 N 318 100 420 -12 -15 35 -40 0
}

# End page 318 (2.1.2.9)

# Elements of page 319 (2.5.1.6)

T { 506
    "2.5.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3369 N 319 443 170 -12 -15 35 -40 0
}

T { 507
    "2.5.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3368 N 319 443 200 -12 -15 35 -40 0
}

# End page 319 (2.5.1.6)

# Elements of page 320 (6.1.1.10)

T { 508
    "6.1.1.10:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3349 N 320 227 390 -12 -15 35 -40 0
}

T { 509
    "6.1.1.10:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3348 N 320 227 420 -12 -15 35 -40 0
}

# End page 320 (6.1.1.10)

# Elements of page 30 (Cysteine metabolism (00272))

V { 312
    "2.6.1.1" 321 V
    M 0 I 12241 N 30 825 105 20 6
}

V { 313
    "2.6.1.1" 322 V
    M 0 I 12240 N 30 420 360 -12 -15
}

V { 314
    "2.6.1.1" 323 V
    M 0 I 12239 N 30 180 240 4 33
}

V { 315
    "6.1.1.16" 324 V
    M 0 I 12238 N 30 630 240 -12 -15
}

P { 294
    "L-Cysteate" 0 0 0 [0,0] 1
    ""
    M 1 I 12237 N 30 825 30 -81 3 35 -40
    M 2 I 3335 N 321 784 86 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12236 N 30 870 60 15 10 35 -40
    M 2 I 3334 N 321 784 131 -11 22 35 -40
}

P { 295
    "3-Sulfopyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 12235 N 30 825 165 -112 5 35 -40
    M 2 I 3333 N 321 874 86 -11 22 35 -40
}

P { 296
    "Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12234 N 30 870 135 16 11 35 -40
    M 2 I 3332 N 321 874 131 -11 22 35 -40
}

P { 297
    "3-Sulfino-L-ala" 0 0 0 [0,0] 1
    ""
    M 1 I 12233 N 30 540 360 -11 22 35 -40
    M 2 I 3321 N 322 374 343 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12232 N 30 480 405 -11 22 35 -40
    M 2 I 3320 N 322 374 388 -11 22 35 -40
}

P { 298
    "3-Sulfinylpyruv" 0 0 0 [0,0] 1
    ""
    M 1 I 12231 N 30 345 360 -36 -19 35 -40
    M 2 I 3319 N 322 464 343 -11 22 35 -40
}

P { 296
    "Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12230 N 30 375 390 -11 22 35 -40
    M 2 I 3318 N 322 464 388 -11 22 35 -40
}

P { 39
    "L-Cysteine" 0 0 0 [0,0] 1
    ""
    M 1 I 12229 N 30 345 195 -11 22 35 -40
    M 2 I 3292 N 324 642 100 -11 22 35 -40
    M 2 I 3307 N 323 55 196 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12228 N 30 240 180 -11 22 35 -40
    M 2 I 3306 N 323 55 241 -11 22 35 -40
}

P { 299
    "Mercaptopyruvat" 0 0 0 [0,0] 1
    ""
    M 1 I 12227 N 30 90 330 -11 22 35 -40
    M 2 I 3305 N 323 145 196 -11 22 35 -40
}

P { 296
    "Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12226 N 30 75 255 -11 22 35 -40
    M 2 I 3304 N 323 145 241 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 12225 N 30 585 195 -11 22 35 -40
    M 2 I 3293 N 324 642 55 -11 22 35 -40
}

P { 300
    "tRNA(Cys)" 0 0 0 [0,0] 1
    ""
    M 1 I 12223 N 30 570 270 -11 22 35 -40
    M 2 I 3291 N 324 642 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 12222 N 30 675 195 -11 22 35 -40
    M 2 I 3290 N 324 732 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 12221 N 30 690 240 -11 22 35 -40
    M 2 I 3289 N 324 732 100 -11 22 35 -40
}

P { 301
    "L-Cysteinyl-tRN" 0 0 0 [0,0] 1
    ""
    M 1 I 12220 N 30 795 300 -11 22 35 -40
    M 2 I 3288 N 324 732 145 -11 22 35 -40
}

# End page 30 (Cysteine metabolism (00272))

# Elements of page 321 (2.6.1.1)

T { 510
    "2.6.1.1:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3331 N 321 829 109 -12 -15 35 -40 0
}

T { 511
    "2.6.1.1:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3330 N 321 829 139 -12 -15 35 -40 0
}

# End page 321 (2.6.1.1)

# Elements of page 322 (2.6.1.1)

T { 512
    "2.6.1.1:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3317 N 322 419 366 -12 -15 35 -40 0
}

T { 513
    "2.6.1.1:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3316 N 322 419 396 -12 -15 35 -40 0
}

# End page 322 (2.6.1.1)

# Elements of page 323 (2.6.1.1)

T { 514
    "2.6.1.1:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3303 N 323 100 219 -12 -15 35 -40 0
}

T { 515
    "2.6.1.1:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3302 N 323 100 249 -12 -15 35 -40 0
}

# End page 323 (2.6.1.1)

# Elements of page 324 (6.1.1.16)

T { 516
    "6.1.1.16:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3287 N 324 687 100 -12 -15 35 -40 0
}

T { 517
    "6.1.1.16:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3286 N 324 687 130 -12 -15 35 -40 0
}

# End page 324 (6.1.1.16)

# Elements of page 31 (Valine, leucine and isoleucine degradation (00280))

V { 316
    "2.6.1.42" 325 V
    M 0 I 12147 N 31 465 165 -12 -15
}

V { 317
    "2.6.1.42" 326 V
    M 0 I 12146 N 31 675 165 -12 -15
}

V { 318
    "2.6.1.42" 327 V
    M 0 I 12145 N 31 210 120 -12 -15
}

V { 319
    "6.4.1.3" 328 V
    M 0 I 12144 N 31 525 450 30 10
}

P { 54
    "L-Valine" 0 0 0 [0,0] 1
    ""
    M 1 I 12143 N 31 465 75 -31 -18 35 -40
    M 2 I 3273 N 325 448 77 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12142 N 31 540 75 -11 -13 35 -40
    M 2 I 3272 N 325 448 122 -11 22 35 -40
}

P { 302
    "3-Methyl-2-oxob" 0 0 0 [0,0] 1
    ""
    M 1 I 12141 N 31 465 225 -11 22 35 -40
    M 2 I 3271 N 325 538 77 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12140 N 31 525 195 -11 22 35 -40
    M 2 I 3270 N 325 538 122 -11 22 35 -40
}

P { 44
    "L-Isoleucine" 0 0 0 [0,0] 1
    ""
    M 1 I 12139 N 31 660 90 -25 -22 35 -40
    M 2 I 3259 N 326 632 77 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12138 N 31 735 90 -9 -13 35 -40
    M 2 I 3258 N 326 632 122 -11 22 35 -40
}

P { 303
    "3-Methyl-2-oxop" 0 0 0 [0,0] 1
    ""
    M 1 I 12137 N 31 675 225 -11 22 35 -40
    M 2 I 3257 N 326 722 77 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12136 N 31 735 210 -11 22 35 -40
    M 2 I 3256 N 326 722 122 -11 22 35 -40
}

P { 45
    "L-Leucine" 0 0 0 [0,0] 1
    ""
    M 1 I 12135 N 31 210 60 -11 22 35 -40
    M 2 I 3245 N 327 55 77 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12134 N 31 285 60 -11 22 35 -40
    M 2 I 3244 N 327 55 122 -11 22 35 -40
}

P { 304
    "4-Methyl-2-oxop" 0 0 0 [0,0] 1
    ""
    M 1 I 12133 N 31 210 225 -11 22 35 -40
    M 2 I 3243 N 327 145 77 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12132 N 31 270 180 -11 22 35 -40
    M 2 I 3242 N 327 145 122 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 12131 N 31 600 375 -11 22 35 -40
    M 2 I 3231 N 328 634 1046 -11 22 35 -40
}

P { 136
    "Propanoyl-CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 12130 N 31 525 360 -11 22 35 -40
    M 2 I 3230 N 328 634 1091 -11 22 35 -40
}

P { 79
    "HCO3-" 0 0 0 [0,0] 1
    ""
    M 1 I 12129 N 31 450 390 -11 22 35 -40
    M 2 I 3229 N 328 634 1136 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 12128 N 31 630 525 -11 22 35 -40
    M 2 I 3228 N 328 724 1046 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 12127 N 31 480 525 -89 6 35 -40
    M 2 I 3227 N 328 724 1091 -11 22 35 -40
}

P { 137
    "(S)-2-Methyl-3-" 0 0 0 [0,0] 1
    ""
    M 1 I 12126 N 31 525 525 -30 27 35 -40
    M 2 I 3226 N 328 724 1136 -11 22 35 -40
}

# End page 31 (Valine, leucine and isoleucine degradation (00280))

# Elements of page 325 (2.6.1.42)

T { 518
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3269 N 325 493 100 -12 -15 35 -40 0
}

T { 519
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3268 N 325 493 130 -12 -15 35 -40 0
}

# End page 325 (2.6.1.42)

# Elements of page 326 (2.6.1.42)

T { 520
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3255 N 326 677 100 -12 -15 35 -40 0
}

T { 521
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3254 N 326 677 130 -12 -15 35 -40 0
}

# End page 326 (2.6.1.42)

# Elements of page 327 (2.6.1.42)

T { 522
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3241 N 327 100 100 -12 -15 35 -40 0
}

T { 523
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3240 N 327 100 130 -12 -15 35 -40 0
}

# End page 327 (2.6.1.42)

# Elements of page 328 (6.4.1.3)

T { 524
    "6.4.1.3:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3225 N 328 679 1091 -12 -15 35 -40 0
}

T { 525
    "6.4.1.3:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3224 N 328 679 1121 -12 -15 35 -40 0
}

# End page 328 (6.4.1.3)

# Elements of page 32 (Valine, leucine and isoleucine biosynthesis (00290))

V { 320
    "1.1.1.86" 329 V
    M 0 I 12053 N 32 765 285 -109 4
}

V { 321
    "1.1.1.86" 330 V
    M 0 I 12052 N 32 450 285 -101 4
}

V { 322
    "1.1.1.86" 331 V
    M 0 I 12051 N 32 450 405 -114 4
}

V { 323
    "1.1.1.86" 332 V
    M 0 I 12050 N 32 765 405 -120 -7
}

V { 324
    "2.2.1.6" 333 V
    M 0 I 12049 N 32 165 120 -30 26
}

V { 325
    "2.2.1.6" 334 V
    M 0 I 12048 N 32 450 180 -90 3
}

V { 326
    "2.2.1.6" 335 V
    M 0 I 12047 N 32 765 180 22 10
}

V { 327
    "2.6.1.42" 337 V
    M 0 I 12045 N 32 765 660 19 4
}

V { 328
    "2.6.1.42" 338 V
    M 0 I 12044 N 32 105 795 34 9
}

V { 329
    "2.6.1.42" 339 V
    M 0 I 12043 N 32 450 660 -104 7
}

V { 330
    "4.2.1.9" 340 V
    M 0 I 12042 N 32 765 510 -12 -15
}

V { 331
    "4.2.1.9" 341 V
    M 0 I 12041 N 32 450 510 -104 1
}

V { 332
    "6.1.1.4" 342 V
    M 0 I 12040 N 32 105 975 -99 2
}

V { 333
    "6.1.1.5" 343 V
    M 0 I 12039 N 32 765 855 -12 -15
}

V { 334
    "6.1.1.9" 344 V
    M 0 I 12038 N 32 465 885 -118 -7
}

P { 306
    "(S)-2-Hydroxy-3" 0 0 0 [0,0] 1
    ""
    M 1 I 12036 N 32 765 330 -114 4 35 -40
    M 2 I 3179 N 332 752 417 -11 22 35 -40
    M 2 I 3210 N 329 719 322 -11 22 35 -40
}

P { 308
    "(R)-3-Hydroxy-3" 0 0 0 [0,0] 1
    ""
    M 1 I 12034 N 32 450 345 -111 7 35 -40
    M 2 I 3193 N 331 540 420 -11 22 35 -40
    M 2 I 3202 N 330 510 322 -11 22 35 -40
}

P { 309
    "(R)-2,3-Dihydro" 0 0 0 [0,0] 1
    ""
    M 1 I 12033 N 32 450 465 -110 -4 35 -40
    M 2 I 3058 N 341 452 544 -11 22 35 -40
    M 2 I 3195 N 331 450 420 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
    M 1 I 12032 N 32 495 435 -11 22 35 -40
    M 2 I 3194 N 331 450 465 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
    M 1 I 12030 N 32 495 375 -11 22 35 -40
    M 2 I 3192 N 331 540 465 -11 22 35 -40
}

P { 310
    "(R)-2,3-Dihydro_1" 0 0 0 [0,0] 1
    ""
    M 1 I 12029 N 32 765 450 -118 0 35 -40
    M 2 I 3069 N 340 662 542 -11 22 35 -40
    M 2 I 3181 N 332 662 417 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
    M 1 I 12028 N 32 825 435 -11 22 35 -40
    M 2 I 3180 N 332 662 462 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
    M 1 I 12026 N 32 825 360 -11 22 35 -40
    M 2 I 3178 N 332 752 462 -11 22 35 -40
}

P { 62
    "2-(alpha-Hydrox" 0 0 0 [0,0] 1
    ""
    M 1 I 12025 N 32 450 120 -45 -17 35 -40
    M 2 I 3138 N 335 662 177 -11 22 35 -40
    M 2 I 3151 N 334 542 158 -11 22 35 -40
    M 2 I 3167 N 333 390 75 -11 22 35 -40
}

P { 2
    "CO2" 0 0 0 [0,0] 1
    ""
    M 1 I 12024 N 32 225 90 -3 -15 35 -40
    M 2 I 3166 N 333 390 120 -11 22 35 -40
}

P { 63
    "Thiamin diphosp" 0 0 0 [0,0] 1
    ""
    M 1 I 12023 N 32 120 90 -41 -15 35 -40
    M 2 I 3165 N 333 480 75 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 12022 N 32 75 120 -11 22 35 -40
    M 2 I 3164 N 333 480 120 -11 22 35 -40
}

P { 307
    "(S)-2-Acetolact" 0 0 0 [0,0] 1
    ""
    M 1 I 12021 N 32 450 240 -118 2 35 -40
    M 2 I 3203 N 330 420 322 -11 22 35 -40
    M 2 I 3153 N 334 452 158 -11 22 35 -40
}

P { 63
    "Thiamin diphosp" 0 0 0 [0,0] 1
    ""
    M 1 I 12020 N 32 510 210 -11 22 35 -40
    M 2 I 3152 N 334 452 203 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 12018 N 32 495 150 18 5 35 -40
    M 2 I 3150 N 334 542 203 -11 22 35 -40
}

P { 281
    "2-Oxobutanoate" 0 0 0 [0,0] 1
    ""
    M 1 I 12017 N 32 810 150 -17 -16 35 -40
    M 2 I 3139 N 335 662 132 -11 22 35 -40
}

P { 305
    "(S)-2-Aceto-2-h" 0 0 0 [0,0] 1
    ""
    M 1 I 12015 N 32 765 240 -7 24 35 -40
    M 2 I 3211 N 329 629 322 -11 22 35 -40
    M 2 I 3137 N 335 752 132 -11 22 35 -40
}

P { 63
    "Thiamin diphosp" 0 0 0 [0,0] 1
    ""
    M 1 I 12014 N 32 810 225 -11 22 35 -40
    M 2 I 3136 N 335 752 177 -11 22 35 -40
}

P { 44
    "L-Isoleucine" 0 0 0 [0,0] 1
    ""
    M 1 I 12009 N 32 765 750 -11 22 35 -40
    M 2 I 3026 N 343 662 787 -11 22 35 -40
    M 2 I 3111 N 337 629 662 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12008 N 32 720 690 -103 7 35 -40
    M 2 I 3110 N 337 629 707 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12006 N 32 735 615 -84 2 35 -40
    M 2 I 3108 N 337 719 707 -11 22 35 -40
}

P { 45
    "L-Leucine" 0 0 0 [0,0] 1
    ""
    M 1 I 12005 N 32 105 855 34 1 35 -40
    M 2 I 3046 N 342 87 1004 -11 22 35 -40
    M 2 I 3097 N 338 55 878 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12004 N 32 60 810 -39 28 35 -40
    M 2 I 3096 N 338 55 923 -11 22 35 -40
}

P { 304
    "4-Methyl-2-oxop" 0 0 0 [0,0] 1
    ""
    M 1 I 12003 N 32 105 720 17 11 35 -40
    M 2 I 3095 N 338 145 878 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 12002 N 32 60 750 -40 -15 35 -40
    M 2 I 3094 N 338 145 923 -11 22 35 -40
}

P { 54
    "L-Valine" 0 0 0 [0,0] 1
    ""
    M 1 I 12001 N 32 450 750 -73 6 35 -40
    M 2 I 3006 N 344 452 789 -11 22 35 -40
    M 2 I 3083 N 339 484 626 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 12000 N 32 420 690 -101 11 35 -40
    M 2 I 3082 N 339 484 671 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 11998 N 32 420 615 -83 7 35 -40
    M 2 I 3080 N 339 574 671 -11 22 35 -40
}

P { 311
    "(R)-2-Oxo-3-met" 0 0 0 [0,0] 1
    ""
    M 1 I 11996 N 32 765 570 -11 22 35 -40
    M 2 I 3109 N 337 719 662 -11 22 35 -40
    M 2 I 3068 N 340 752 519 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 11995 N 32 720 540 -11 22 35 -40
    M 2 I 3067 N 340 752 564 -11 22 35 -40
}

P { 302
    "3-Methyl-2-oxob" 0 0 0 [0,0] 1
    ""
    M 1 I 11993 N 32 450 570 -11 22 35 -40
    M 2 I 3081 N 339 574 626 -11 22 35 -40
    M 2 I 3057 N 341 542 521 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 11992 N 32 405 555 -11 22 35 -40
    M 2 I 3056 N 341 542 566 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11991 N 32 150 900 52 3 35 -40
    M 2 I 3047 N 342 87 959 -11 22 35 -40
}

P { 312
    "tRNA(Leu)" 0 0 0 [0,0] 1
    ""
    M 1 I 11989 N 32 75 915 -53 -16 35 -40
    M 2 I 3045 N 342 87 1049 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 11988 N 32 150 1005 18 9 35 -40
    M 2 I 3044 N 342 177 959 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11987 N 32 60 1020 -40 20 35 -40
    M 2 I 3043 N 342 177 1004 -11 22 35 -40
}

P { 313
    "L-Leucyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 11986 N 32 105 1050 -22 27 35 -40
    M 2 I 3042 N 342 177 1049 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11985 N 32 840 810 -11 22 35 -40
    M 2 I 3027 N 343 662 742 -11 22 35 -40
}

P { 314
    "tRNA(Ile)" 0 0 0 [0,0] 1
    ""
    M 1 I 11983 N 32 720 795 -11 22 35 -40
    M 2 I 3025 N 343 662 832 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 11982 N 32 855 915 -11 22 35 -40
    M 2 I 3024 N 343 752 742 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11981 N 32 735 900 -11 22 35 -40
    M 2 I 3023 N 343 752 787 -11 22 35 -40
}

P { 315
    "L-Isoleucyl-tRN" 0 0 0 [0,0] 1
    ""
    M 1 I 11980 N 32 765 960 -11 22 35 -40
    M 2 I 3022 N 343 752 832 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11979 N 32 510 810 -11 22 35 -40
    M 2 I 3007 N 344 452 744 -11 22 35 -40
}

P { 316
    "tRNA(Val)" 0 0 0 [0,0] 1
    ""
    M 1 I 11977 N 32 390 795 -11 22 35 -40
    M 2 I 3005 N 344 452 834 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 11976 N 32 510 915 -11 22 35 -40
    M 2 I 3004 N 344 542 744 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11975 N 32 390 915 -11 22 35 -40
    M 2 I 3003 N 344 542 789 -11 22 35 -40
}

P { 317
    "L-Valyl-tRNA(Va" 0 0 0 [0,0] 1
    ""
    M 1 I 11974 N 32 465 945 -11 22 35 -40
    M 2 I 3002 N 344 542 834 -11 22 35 -40
}

# End page 32 (Valine, leucine and isoleucine biosynthesis (00290))

# Elements of page 329 (1.1.1.86)

T { 526
    "1.1.1.86:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3209 N 329 674 322 -12 -15 35 -40 0
}

T { 527
    "1.1.1.86:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3208 N 329 674 352 -12 -15 35 -40 0
}

# End page 329 (1.1.1.86)

# Elements of page 330 (1.1.1.86)

T { 528
    "1.1.1.86:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3201 N 330 465 322 -12 -15 35 -40 0
}

T { 529
    "1.1.1.86:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3200 N 330 465 352 -12 -15 35 -40 0
}

# End page 330 (1.1.1.86)

# Elements of page 331 (1.1.1.86)

T { 530
    "1.1.1.86:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3191 N 331 495 435 -12 -15 35 -40 0
}

T { 531
    "1.1.1.86:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3190 N 331 495 465 -12 -15 35 -40 0
}

# End page 331 (1.1.1.86)

# Elements of page 332 (1.1.1.86)

T { 532
    "1.1.1.86:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3177 N 332 707 440 -12 -15 35 -40 0
}

T { 533
    "1.1.1.86:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3176 N 332 707 470 -12 -15 35 -40 0
}

# End page 332 (1.1.1.86)

# Elements of page 333 (2.2.1.6)

T { 534
    "2.2.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3163 N 333 435 105 -12 -15 35 -40 0
}

T { 535
    "2.2.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3162 N 333 435 135 -12 -15 35 -40 0
}

# End page 333 (2.2.1.6)

# Elements of page 334 (2.2.1.6)

T { 536
    "2.2.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3149 N 334 497 181 -12 -15 35 -40 0
}

T { 537
    "2.2.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3148 N 334 497 211 -12 -15 35 -40 0
}

# End page 334 (2.2.1.6)

# Elements of page 335 (2.2.1.6)

T { 538
    "2.2.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3135 N 335 707 155 -12 -15 35 -40 0
}

T { 539
    "2.2.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3134 N 335 707 185 -12 -15 35 -40 0
}

# End page 335 (2.2.1.6)

# Elements of page 337 (2.6.1.42)

T { 540
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3107 N 337 674 685 -12 -15 35 -40 0
}

T { 541
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3106 N 337 674 715 -12 -15 35 -40 0
}

# End page 337 (2.6.1.42)

# Elements of page 338 (2.6.1.42)

T { 542
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3093 N 338 100 901 -12 -15 35 -40 0
}

T { 543
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3092 N 338 100 931 -12 -15 35 -40 0
}

# End page 338 (2.6.1.42)

# Elements of page 339 (2.6.1.42)

T { 544
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3079 N 339 529 649 -12 -15 35 -40 0
}

T { 545
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3078 N 339 529 679 -12 -15 35 -40 0
}

# End page 339 (2.6.1.42)

# Elements of page 340 (4.2.1.9)

T { 546
    "4.2.1.9:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3066 N 340 707 542 -12 -15 35 -40 0
}

T { 547
    "4.2.1.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3065 N 340 707 572 -12 -15 35 -40 0
}

# End page 340 (4.2.1.9)

# Elements of page 341 (4.2.1.9)

T { 548
    "4.2.1.9:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3055 N 341 497 544 -12 -15 35 -40 0
}

T { 549
    "4.2.1.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3054 N 341 497 574 -12 -15 35 -40 0
}

# End page 341 (4.2.1.9)

# Elements of page 342 (6.1.1.4)

T { 550
    "6.1.1.4:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3041 N 342 132 1004 -12 -15 35 -40 0
}

T { 551
    "6.1.1.4:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3040 N 342 132 1034 -12 -15 35 -40 0
}

# End page 342 (6.1.1.4)

# Elements of page 343 (6.1.1.5)

T { 552
    "6.1.1.5:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3021 N 343 707 787 -12 -15 35 -40 0
}

T { 553
    "6.1.1.5:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3020 N 343 707 817 -12 -15 35 -40 0
}

# End page 343 (6.1.1.5)

# Elements of page 344 (6.1.1.9)

T { 554
    "6.1.1.9:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 3001 N 344 497 789 -12 -15 35 -40 0
}

T { 555
    "6.1.1.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 3000 N 344 497 819 -12 -15 35 -40 0
}

# End page 344 (6.1.1.9)

# Elements of page 33 (Lysine biosynthesis (00300))

V { 335
    "1.1.1.3" 345 V
    M 0 I 11717 N 33 675 150 -27 -37
}

V { 336
    "1.1.1.3" 346 V
    M 0 I 11716 N 33 675 195 -29 39
}

V { 337
    "1.2.1.11" 347 V
    M 0 I 11715 N 33 360 195 -29 -36
}

V { 338
    "2.7.2.4" 348 V
    M 0 I 11714 N 33 120 195 -25 41
}

V { 339
    "6.3.2.10" 349 V
    M 0 I 11713 N 33 210 405 -27 28
}

V { 340
    "6.3.2.13" 350 V
    M 0 I 11712 N 33 630 405 -12 -15
}

V { 341
    "6.1.1.6" 351 V
    M 0 I 11711 N 33 840 555 -38 -48
}

P { 274
    "L-Homoserine" 0 0 0 [0,0] 1
    ""
    M 1 I 11710 N 33 765 105 -30 -23 35 -40
    M 2 I 2987 N 345 259 77 -11 22 35 -40
}

P { 12
    "NAD+" 0 0 0 [0,0] 1
    ""
    M 1 I 11709 N 33 765 150 -27 -15 35 -40
    M 2 I 2986 N 345 259 122 -11 22 35 -40
}

P { 58
    "NADH" 0 0 0 [0,0] 1
    ""
    M 1 I 11707 N 33 600 90 -11 22 35 -40
    M 2 I 2984 N 345 349 100 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
    M 1 I 11706 N 33 585 135 -11 22 35 -40
    M 2 I 2983 N 345 349 145 -11 22 35 -40
}

P { 274
    "L-Homoserine" 0 0 0 [0,0] 1
    ""
    M 1 I 11705 N 33 780 195 -11 22 35 -40
    M 2 I 2970 N 346 259 77 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
    M 1 I 11704 N 33 750 225 -11 22 35 -40
    M 2 I 2969 N 346 259 122 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
    M 1 I 11702 N 33 615 210 -11 22 35 -40
    M 2 I 2967 N 346 349 100 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
    M 1 I 11701 N 33 615 255 -32 5 35 -40
    M 2 I 2966 N 346 349 145 -11 22 35 -40
}

P { 275
    "L-Aspartate 4-s" 0 0 0 [0,0] 1
    ""
    M 1 I 11700 N 33 480 195 -11 22 35 -40
    M 2 I 2985 N 345 349 55 -11 22 35 -40
    M 2 I 2968 N 346 349 55 -11 22 35 -40
    M 2 I 2953 N 347 186 125 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11699 N 33 405 225 -11 22 35 -40
    M 2 I 2952 N 347 186 170 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
    M 1 I 11698 N 33 450 150 -11 22 35 -40
    M 2 I 2951 N 347 186 215 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
    M 1 I 11696 N 33 300 165 -11 22 35 -40
    M 2 I 2949 N 347 276 170 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
    M 1 I 11695 N 33 315 225 -11 22 35 -40
    M 2 I 2948 N 347 276 215 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11694 N 33 60 150 -11 22 35 -40
    M 2 I 2933 N 348 55 147 -11 22 35 -40
}

P { 37
    "L-Aspartate" 0 0 0 [0,0] 1
    ""
    M 1 I 11693 N 33 45 195 -11 22 35 -40
    M 2 I 2932 N 348 55 192 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 11692 N 33 150 150 -11 22 35 -40
    M 2 I 2931 N 348 145 147 -11 22 35 -40
}

P { 276
    "4-Phospho-L-asp" 0 0 0 [0,0] 1
    ""
    M 1 I 11691 N 33 195 195 -11 22 35 -40
    M 2 I 2950 N 347 276 125 -11 22 35 -40
    M 2 I 2930 N 348 145 192 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11690 N 33 330 360 -5 -19 35 -40
    M 2 I 2919 N 349 399 431 -11 22 35 -40
}

P { 319
    "D-Alanyl-D-alan" 0 0 0 [0,0] 1
    ""
    M 1 I 11688 N 33 360 435 -11 22 35 -40
    M 2 I 2917 N 349 399 521 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 11687 N 33 120 360 -15 -16 35 -40
    M 2 I 2916 N 349 489 431 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11686 N 33 180 345 -29 -19 35 -40
    M 2 I 2915 N 349 489 476 -11 22 35 -40
}

P { 320
    "UDP-N-acetylmur_8" 0 0 0 [0,0] 1
    ""
    M 1 I 11685 N 33 90 405 -40 26 35 -40
    M 2 I 2914 N 349 489 521 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11684 N 33 675 315 -11 22 35 -40
    M 2 I 2899 N 350 645 431 -11 22 35 -40
}

P { 321
    "UDP-N-acetylmur" 0 0 0 [0,0] 1
    ""
    M 1 I 11683 N 33 690 345 -11 22 35 -40
    M 2 I 2898 N 350 645 476 -11 22 35 -40
}

P { 322
    "meso-2,6-Diamin" 0 0 0 [0,0] 1
    ""
    M 1 I 11682 N 33 690 405 -11 22 35 -40
    M 2 I 2897 N 350 645 521 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 11681 N 33 570 330 -11 22 35 -40
    M 2 I 2896 N 350 735 431 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11680 N 33 510 345 -11 22 35 -40
    M 2 I 2895 N 350 735 476 -11 22 35 -40
}

P { 318
    "UDP-N-acetylmur_7" 0 0 0 [0,0] 1
    ""
    M 1 I 11679 N 33 450 405 27 25 35 -40
    M 2 I 2918 N 349 399 476 -11 22 35 -40
    M 2 I 2894 N 350 735 521 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 11678 N 33 780 525 -11 22 35 -40
    M 2 I 2879 N 351 846 511 -11 22 35 -40
}

P { 46
    "L-Lysine" 0 0 0 [0,0] 1
    ""
    M 1 I 11677 N 33 660 555 -11 22 35 -40
    M 2 I 2878 N 351 846 556 -11 22 35 -40
}

P { 323
    "tRNA(Lys)" 0 0 0 [0,0] 1
    ""
    M 1 I 11676 N 33 795 585 -11 22 35 -40
    M 2 I 2877 N 351 846 601 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 11675 N 33 885 510 25 -11 35 -40
    M 2 I 2876 N 351 936 511 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 11674 N 33 885 585 -3 27 35 -40
    M 2 I 2875 N 351 936 556 -11 22 35 -40
}

P { 324
    "L-Lysyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 11673 N 33 960 555 -11 22 35 -40
    M 2 I 2874 N 351 936 601 -11 22 35 -40
}

# End page 33 (Lysine biosynthesis (00300))

# Elements of page 345 (1.1.1.3)

T { 556
    "1.1.1.3:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2982 N 345 304 100 -12 -15 35 -40 0
}

T { 557
    "1.1.1.3:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2981 N 345 304 130 -12 -15 35 -40 0
}

# End page 345 (1.1.1.3)

# Elements of page 346 (1.1.1.3)

T { 558
    "1.1.1.3:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2965 N 346 304 100 -12 -15 35 -40 0
}

T { 559
    "1.1.1.3:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2964 N 346 304 130 -12 -15 35 -40 0
}

# End page 346 (1.1.1.3)

# Elements of page 347 (1.2.1.11)

T { 560
    "1.2.1.11:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2947 N 347 231 170 -12 -15 35 -40 0
}

T { 561
    "1.2.1.11:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2946 N 347 231 200 -12 -15 35 -40 0
}

# End page 347 (1.2.1.11)

# Elements of page 348 (2.7.2.4)

T { 562
    "2.7.2.4:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2929 N 348 100 170 -12 -15 35 -40 0
}

T { 563
    "2.7.2.4:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2928 N 348 100 200 -12 -15 35 -40 0
}

# End page 348 (2.7.2.4)

# Elements of page 349 (6.3.2.10)

T { 564
    "6.3.2.10:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2913 N 349 444 476 -12 -15 35 -40 0
}

T { 565
    "6.3.2.10:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2912 N 349 444 506 -12 -15 35 -40 0
}

# End page 349 (6.3.2.10)

# Elements of page 350 (6.3.2.13)

T { 566
    "6.3.2.13:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2893 N 350 690 476 -12 -15 35 -40 0
}

T { 567
    "6.3.2.13:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2892 N 350 690 506 -12 -15 35 -40 0
}

# End page 350 (6.3.2.13)

# Elements of page 351 (6.1.1.6)

T { 568
    "6.1.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2873 N 351 891 556 -12 -15 35 -40 0
}

T { 569
    "6.1.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2872 N 351 891 586 -12 -15 35 -40 0
}

# End page 351 (6.1.1.6)

# Elements of page 34 (Lysine degradation (00310))

V { 342
    "1.1.1.-" 352 V
    M 0 I 11520 N 34 780 255 -21 71
}

V { 343
    "2.1.2.1" 353 V
    M 0 I 11519 N 34 585 435 -27 -17
}

V { 344
    "2.3.1.61" 354 V
    M 0 I 11518 N 34 105 180 29 2
}

P { 325
    "5-Acetamidopent" 0 0 0 [0,0] 1
    ""
    M 1 I 11517 N 34 645 255 -11 22 35 -40
    M 2 I 2859 N 352 932 307 -11 22 35 -40
}

P { 58
    "NADH" 0 0 0 [0,0] 1
    ""
    M 1 I 11516 N 34 735 225 -11 22 35 -40
    M 2 I 2858 N 352 932 352 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
    M 1 I 11515 N 34 735 270 -11 22 35 -40
    M 2 I 2857 N 352 932 397 -11 22 35 -40
}

P { 2
    "CO2" 0 0 0 [0,0] 1
    ""
    M 1 I 11514 N 34 735 300 -11 22 35 -40
    M 2 I 2856 N 352 932 442 -11 22 35 -40
}

P { 326
    "6-Acetamido-2-o" 0 0 0 [0,0] 1
    ""
    M 1 I 11513 N 34 885 255 -11 22 35 -40
    M 2 I 2855 N 352 1022 330 -11 22 35 -40
}

P { 12
    "NAD+" 0 0 0 [0,0] 1
    ""
    M 1 I 11512 N 34 825 225 -11 22 35 -40
    M 2 I 2854 N 352 1022 375 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 11511 N 34 825 285 -11 22 35 -40
    M 2 I 2853 N 352 1022 420 -11 22 35 -40
}

P { 327
    "4-Trimethylammo" 0 0 0 [0,0] 1
    ""
    M 1 I 11510 N 34 690 435 -11 22 35 -40
    M 2 I 2836 N 353 777 548 -11 22 35 -40
}

P { 40
    "Glycine" 0 0 0 [0,0] 1
    ""
    M 1 I 11509 N 34 675 480 -11 22 35 -40
    M 2 I 2835 N 353 777 593 -11 22 35 -40
}

P { 328
    "3-Hydroxy-N6,N6" 0 0 0 [0,0] 1
    ""
    M 1 I 11508 N 34 465 435 -11 22 35 -40
    M 2 I 2834 N 353 867 571 -11 22 35 -40
}

P { 329
    "Glutaryl-CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 11507 N 34 105 240 -11 22 35 -40
    M 2 I 2825 N 354 55 77 -11 22 35 -40
}

P { 67
    "Dihydrolipoamid" 0 0 0 [0,0] 1
    ""
    M 1 I 11506 N 34 180 210 -11 22 35 -40
    M 2 I 2824 N 354 55 122 -11 22 35 -40
}

P { 15
    "CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 11505 N 34 150 120 -11 22 35 -40
    M 2 I 2823 N 354 145 77 -11 22 35 -40
}

P { 330
    "S-Glutaryldihyd" 0 0 0 [0,0] 1
    ""
    M 1 I 11504 N 34 105 105 -60 -18 35 -40
    M 2 I 2822 N 354 145 122 -11 22 35 -40
}

# End page 34 (Lysine degradation (00310))

# Elements of page 352 (1.1.1.-)

T { 570
    "1.1.1.-:F" 0 0 [0,0] 0 0 
    ""
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# End page 352 (1.1.1.-)

# Elements of page 353 (2.1.2.1)

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# End page 353 (2.1.2.1)

# Elements of page 354 (2.3.1.61)

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# End page 354 (2.3.1.61)

# Elements of page 35 (Arginine and proline metabolism (00330))

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P { 68
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P { 334
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P { 15
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P { 335
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P { 336
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P { 134
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P { 337
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    M 2 I 2727 N 360 373 1169 -11 22 35 -40
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P { 41
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P { 338
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P { 0
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    M 2 I 2714 N 361 55 410 -11 22 35 -40
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P { 41
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    M 2 I 2713 N 361 145 365 -11 22 35 -40
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P { 339
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P { 8
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P { 340
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P { 23
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    M 2 I 2698 N 362 436 721 -11 22 35 -40
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P { 16
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    M 2 I 2697 N 362 436 766 -11 22 35 -40
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P { 341
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P { 8
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P { 36
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    M 2 I 2680 N 363 1118 100 -11 22 35 -40
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P { 342
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    ""
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}

P { 23
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    ""
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    M 2 I 2678 N 363 1208 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
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    M 2 I 2677 N 363 1208 100 -11 22 35 -40
}

P { 343
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    ""
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}

# End page 35 (Arginine and proline metabolism (00330))

# Elements of page 355 (1.5.1.2)

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# End page 355 (1.5.1.2)

# Elements of page 356 (1.5.1.2)

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# End page 356 (1.5.1.2)

# Elements of page 357 (1.5.1.2)

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# End page 357 (1.5.1.2)

# Elements of page 358 (1.5.1.2)

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# End page 358 (1.5.1.2)

# Elements of page 359 (2.7.7.23 2.3.1.57)

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# Elements of page 360 (2.6.1.1)

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# Elements of page 361 (3.5.1.- 3.5.1.19)

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# Elements of page 362 (6.1.1.15)

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# Elements of page 363 (6.1.1.19)

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# End page 363 (6.1.1.19)

# Elements of page 36 (Histidine metabolism (00340))

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    "6.1.1.21" 365 V
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P { 344
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P { 345
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P { 8
    "ATP" 0 0 0 [0,0] 1
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P { 43
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P { 346
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P { 23
    "AMP" 0 0 0 [0,0] 1
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P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
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P { 347
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# End page 36 (Histidine metabolism (00340))

# Elements of page 364 (2.1.1.-)

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# End page 364 (2.1.1.-)

# Elements of page 365 (6.1.1.21)

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# End page 365 (6.1.1.21)

# Elements of page 37 (Tyrosine metabolism (00350))

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V { 357
    "2.1.1.-" 367 V
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V { 358
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P { 348
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P { 12
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P { 350
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P { 20
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P { 351
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P { 345
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P { 53
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P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
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P { 352
    "3-(4-Hydroxyphe" 0 0 0 [0,0] 1
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P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
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# End page 37 (Tyrosine metabolism (00350))

# Elements of page 366 (1.1.1.1)

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T { 599
    "1.1.1.1:R" 0 0 [0,0] 0 0 
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# End page 366 (1.1.1.1)

# Elements of page 367 (2.1.1.-)

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T { 601
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# End page 367 (2.1.1.-)

# Elements of page 368 (2.6.1.1)

T { 602
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T { 603
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# End page 368 (2.6.1.1)

# Elements of page 38 (Tryptophan metabolism (00380))

V { 359
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V { 360
    "2.1.1.-" 370 V
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V { 361
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V { 362
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P { 353
    "3-(2-Aminoethyl" 0 0 0 [0,0] 1
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P { 354
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P { 355
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P { 356
    "3-Hydroxyanthra" 0 0 0 [0,0] 1
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P { 354
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P { 357
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P { 358
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P { 359
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P { 8
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P { 52
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P { 360
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P { 23
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# End page 38 (Tryptophan metabolism (00380))

# Elements of page 369 (2.1.1.-)

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# End page 369 (2.1.1.-)

# Elements of page 370 (2.1.1.-)

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# End page 370 (2.1.1.-)

# Elements of page 371 (2.1.1.-)

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# End page 371 (2.1.1.-)

# Elements of page 372 (6.1.1.2)

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# End page 372 (6.1.1.2)

# Elements of page 39 (Phenylalanine, tyrosine and tryptophan biosynthesis (00400))

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# End page 39 (Phenylalanine, tyrosine and tryptophan biosynthesis (00400))

# Elements of page 374 (4.2.1.10)

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# Elements of page 375 (1.1.1.25)

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# Elements of page 380 (2.6.1.1)

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# Elements of page 386 (4.2.3.5)

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# Elements of page 387 (6.1.1.1)

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# Elements of page 388 (6.1.1.20)

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# End page 388 (6.1.1.20)

# Elements of page 40 (beta-Alanine metabolism (00410))

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# End page 40 (beta-Alanine metabolism (00410))

# Elements of page 389 (2.6.1.19)

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# End page 389 (2.6.1.19)

# Elements of page 390 (6.3.2.1)

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}

T { 645
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# End page 390 (6.3.2.1)

# Elements of page 41 (Aminophosphonate metabolism (00440))

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V { 381
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P { 381
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P { 382
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P { 383
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P { 384
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P { 385
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P { 27
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# End page 41 (Aminophosphonate metabolism (00440))

# Elements of page 391 (2.1.1.-)

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T { 647
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# End page 391 (2.1.1.-)

# Elements of page 392 (2.7.8.-)

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T { 649
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# End page 392 (2.7.8.-)

# Elements of page 42 (Selenoamino acid metabolism (00450))

V { 382
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V { 383
    "2.5.1.6" 394 V
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V { 384
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P { 386
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P { 388
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P { 389
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P { 8
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P { 390
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P { 0
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P { 14
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P { 16
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P { 387
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P { 8
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P { 293
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P { 23
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}

P { 16
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P { 391
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# End page 42 (Selenoamino acid metabolism (00450))

# Elements of page 393 (2.1.1.-)

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T { 651
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# End page 393 (2.1.1.-)

# Elements of page 394 (2.5.1.6)

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T { 653
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# End page 394 (2.5.1.6)

# Elements of page 395 (6.1.1.10)

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T { 655
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}

# End page 395 (6.1.1.10)

# Elements of page 43 (D-Glutamine and D-glutamate metabolism (00471))

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V { 386
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P { 8
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}

P { 108
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P { 35
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P { 69
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P { 14
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P { 8
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P { 392
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P { 393
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}

P { 69
    "ADP" 0 0 0 [0,0] 1
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
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P { 321
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}

# End page 43 (D-Glutamine and D-glutamate metabolism (00471))

# Elements of page 396 (6.3.2.8)

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T { 657
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}

# End page 396 (6.3.2.8)

# Elements of page 397 (6.3.2.9)

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T { 659
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}

# End page 397 (6.3.2.9)

# Elements of page 44 (D-Alanine metabolism (00473))

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V { 388
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P { 35
    "L-Alanine" 0 0 0 [0,0] 1
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P { 265
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P { 8
    "ATP" 0 0 0 [0,0] 1
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P { 69
    "ADP" 0 0 0 [0,0] 1
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P { 14
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P { 319
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# End page 44 (D-Alanine metabolism (00473))

# Elements of page 398 (5.1.1.1)

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T { 661
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# End page 398 (5.1.1.1)

# Elements of page 399 (6.3.2.4)

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T { 663
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# End page 399 (6.3.2.4)

# Elements of page 45 (Glutathione metabolism (00480))

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V { 390
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V { 391
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P { 70
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P { 13
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P { 83
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P { 61
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P { 1
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P { 394
    "R-S-Alanine" 0 0 0 [0,0] 1
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P { 40
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P { 395
    "R-S-Alanylglyci" 0 0 0 [0,0] 1
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P { 396
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P { 0
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P { 39
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P { 40
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# End page 45 (Glutathione metabolism (00480))

# Elements of page 400 (1.1.1.49)

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T { 665
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}

# End page 400 (1.1.1.49)

# Elements of page 401 (3.4.11.2)

T { 666
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T { 667
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# End page 401 (3.4.11.2)

# Elements of page 402 (3.4.11.2)

T { 668
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T { 669
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# End page 402 (3.4.11.2)

# Elements of page 46 (Peptidoglycan biosynthesis (00550))

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V { 393
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V { 394
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V { 395
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V { 396
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V { 399
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V { 400
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V { 401
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V { 402
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V { 403
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V { 404
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V { 405
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V { 406
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V { 407
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V { 408
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V { 409
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V { 410
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V { 523
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P { 8
    "ATP" 0 0 0 [0,0] 1
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P { 397
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P { 69
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P { 398
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P { 8
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P { 397
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P { 69
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P { 398
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P { 24
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P { 400
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P { 401
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P { 398
    "Undecaprenyl ph" 0 0 0 [0,0] 1
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P { 24
    "UMP" 0 0 0 [0,0] 1
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P { 398
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P { 24
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P { 403
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P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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P { 4
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P { 69
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P { 14
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}

P { 405
    "Undecaprenyl-di_5" 0 0 0 [0,0] 1
    ""
    M 1 I 10285 N 46 795 1065 -11 22 35 -40
    M 2 I 1998 N 408 947 787 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10284 N 46 480 840 -11 22 35 -40
    M 2 I 1983 N 409 298 699 -11 22 35 -40
}

P { 406
    "Undecaprenyl-di_1" 0 0 0 [0,0] 1
    ""
    M 1 I 10283 N 46 420 795 -11 22 35 -40
    M 2 I 1779 N 420 389 616 -11 22 35 -40
    M 2 I 1982 N 409 298 744 -11 22 35 -40
}

P { 4
    "NH3" 0 0 0 [0,0] 1
    ""
    M 1 I 10282 N 46 375 840 -11 22 35 -40
    M 2 I 1981 N 409 298 789 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10281 N 46 390 975 -11 22 35 -40
    M 2 I 1980 N 409 388 699 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10280 N 46 450 975 -11 22 35 -40
    M 2 I 1979 N 409 388 744 -11 22 35 -40
}

P { 407
    "Undecaprenyl-di_2" 0 0 0 [0,0] 1
    ""
    M 1 I 10279 N 46 420 1005 -11 22 35 -40
    M 2 I 1978 N 409 388 789 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10278 N 46 1515 900 14 9 35 -40
    M 2 I 1963 N 410 1260 699 -11 22 35 -40
}

P { 4
    "NH3" 0 0 0 [0,0] 1
    ""
    M 1 I 10276 N 46 1425 915 -11 22 35 -40
    M 2 I 1961 N 410 1260 789 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10275 N 46 1515 1005 12 10 35 -40
    M 2 I 1960 N 410 1350 699 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10274 N 46 1410 1005 -107 8 35 -40
    M 2 I 1959 N 410 1350 744 -11 22 35 -40
}

P { 409
    "Undecaprenyl-di_9" 0 0 0 [0,0] 1
    ""
    M 1 I 10273 N 46 1470 1035 -32 27 35 -40
    M 2 I 1958 N 410 1350 789 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10272 N 46 840 360 -11 22 35 -40
    M 2 I 1943 N 411 857 347 -11 22 35 -40
}

P { 410
    "UDP-N-acetylmur_10" 0 0 0 [0,0] 1
    ""
    M 1 I 10271 N 46 795 345 21 -15 35 -40
    M 2 I 1942 N 411 857 392 -11 22 35 -40
}

P { 319
    "D-Alanyl-D-alan" 0 0 0 [0,0] 1
    ""
    M 1 I 10270 N 46 735 360 -70 -15 35 -40
    M 2 I 1941 N 411 857 437 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10269 N 46 840 450 -11 22 35 -40
    M 2 I 1940 N 411 947 347 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10268 N 46 765 450 -89 19 35 -40
    M 2 I 1939 N 411 947 392 -11 22 35 -40
}

P { 399
    "UDPMurAc(oyl-L-" 0 0 0 [0,0] 1
    ""
    M 1 I 10267 N 46 795 510 -11 22 35 -40
    M 2 I 2045 N 405 855 493 -11 22 35 -40
    M 2 I 1938 N 411 947 437 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10266 N 46 465 315 18 9 35 -40
    M 2 I 1923 N 412 298 349 -11 22 35 -40
}

P { 411
    "UDP-N-acetylmur_3" 0 0 0 [0,0] 1
    ""
    M 1 I 10265 N 46 420 285 -11 22 35 -40
    M 2 I 1922 N 412 298 394 -11 22 35 -40
}

P { 319
    "D-Alanyl-D-alan" 0 0 0 [0,0] 1
    ""
    M 1 I 10264 N 46 315 285 -14 -19 35 -40
    M 2 I 1862 N 415 230 407 -11 22 35 -40
    M 2 I 1921 N 412 298 439 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10263 N 46 375 390 -11 22 35 -40
    M 2 I 1920 N 412 388 349 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10262 N 46 480 390 -11 22 35 -40
    M 2 I 1919 N 412 388 394 -11 22 35 -40
}

P { 401
    "UDP-N-acetylmur_6" 0 0 0 [0,0] 1
    ""
    M 1 I 10261 N 46 420 420 26 11 35 -40
    M 2 I 1918 N 412 388 439 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10260 N 46 1335 150 -11 22 35 -40
    M 2 I 1903 N 413 1261 248 -11 22 35 -40
}

P { 322
    "meso-2,6-Diamin" 0 0 0 [0,0] 1
    ""
    M 1 I 10258 N 46 1230 165 -52 22 35 -40
    M 2 I 1901 N 413 1261 338 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10257 N 46 1470 195 -11 22 35 -40
    M 2 I 1900 N 413 1351 248 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10256 N 46 1515 150 -11 22 35 -40
    M 2 I 1899 N 413 1351 293 -11 22 35 -40
}

P { 318
    "UDP-N-acetylmur_7" 0 0 0 [0,0] 1
    ""
    M 1 I 10255 N 46 1470 240 24 8 35 -40
    M 2 I 18295 N 541 298 394 -11 22 35 -40
    M 2 I 1898 N 413 1351 338 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10254 N 46 1125 300 -11 22 35 -40
    M 2 I 1883 N 414 1079 286 -11 22 35 -40
}

P { 265
    "D-Alanine" 0 0 0 [0,0] 1
    ""
    M 1 I 10253 N 46 1080 330 -11 22 35 -40
    M 2 I 1882 N 414 1079 331 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10252 N 46 1245 285 -11 22 35 -40
    M 2 I 1881 N 414 1169 264 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10251 N 46 1275 345 -11 22 35 -40
    M 2 I 1880 N 414 1169 309 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10249 N 46 135 150 18 1 35 -40
    M 2 I 1866 N 415 140 339 -11 22 35 -40
}

P { 265
    "D-Alanine" 0 0 0 [0,0] 1
    ""
    M 1 I 10248 N 46 75 150 1 -15 35 -40
    M 2 I 1865 N 415 140 384 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10247 N 46 255 225 -11 22 35 -40
    M 2 I 1864 N 415 230 317 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10246 N 46 165 270 -11 22 35 -40
    M 2 I 1863 N 415 230 362 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10244 N 46 705 45 -11 22 35 -40
    M 2 I 1849 N 416 686 55 -11 22 35 -40
}

P { 108
    "UDP-N-acetylmur_1" 0 0 0 [0,0] 1
    ""
    M 1 I 10243 N 46 735 30 19 4 35 -40
    M 2 I 1848 N 416 686 100 -11 22 35 -40
}

P { 35
    "L-Alanine" 0 0 0 [0,0] 1
    ""
    M 1 I 10242 N 46 780 60 -11 22 35 -40
    M 2 I 1847 N 416 686 145 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10241 N 46 690 120 -11 22 35 -40
    M 2 I 1846 N 416 776 55 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10240 N 46 780 120 -11 22 35 -40
    M 2 I 1845 N 416 776 100 -11 22 35 -40
}

P { 392
    "UDP-N-acetylmur_2" 0 0 0 [0,0] 1
    ""
    M 1 I 10239 N 46 735 150 -11 22 35 -40
    M 2 I 1828 N 417 688 189 -11 22 35 -40
    M 2 I 1844 N 416 776 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 10238 N 46 645 195 -11 22 35 -40
    M 2 I 1829 N 417 688 144 -11 22 35 -40
}

P { 393
    "D-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 10236 N 46 690 165 -11 22 35 -40
    M 2 I 1827 N 417 688 234 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 10235 N 46 900 240 -11 22 35 -40
    M 2 I 1826 N 417 778 144 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 10234 N 46 945 225 -11 22 35 -40
    M 2 I 1825 N 417 778 189 -11 22 35 -40
}

P { 321
    "UDP-N-acetylmur" 0 0 0 [0,0] 1
    ""
    M 1 I 10233 N 46 1035 195 -11 22 35 -40
    M 2 I 1902 N 413 1261 293 -11 22 35 -40
    M 2 I 1824 N 417 778 234 -11 22 35 -40
}

P { 412
    "[GlcNAc-(1->4)-_1" 0 0 0 [0,0] 1
    ""
    M 1 I 10231 N 46 1245 810 -11 -20 35 -40
    M 2 I 1808 N 418 1134 785 -11 22 35 -40
}

P { 413
    "Undecaprenyl di" 0 0 0 [0,0] 1
    ""
    M 1 I 10230 N 46 1035 870 -30 28 35 -40
    M 2 I 1807 N 418 1224 740 -11 22 35 -40
}

P { 412
    "[GlcNAc-(1->4)-_1" 0 0 0 [0,0] 1
    ""
    M 1 I 10229 N 46 1155 945 -30 24 35 -40
    M 2 I 1806 N 418 1224 785 -11 22 35 -40
}

P { 110
    "UDP-N-acetyl-D-" 0 0 0 [0,0] 1
    ""
    M 1 I 10227 N 46 705 735 -67 24 35 -40
    M 2 I 1794 N 419 858 659 -11 22 35 -40
}

P { 404
    "Undecaprenyl-di_4" 0 0 0 [0,0] 1
    ""
    M 1 I 10226 N 46 795 870 -11 22 35 -40
    M 2 I 2002 N 408 857 742 -11 22 35 -40
    M 2 I 1793 N 419 948 614 -11 22 35 -40
}

P { 114
    "UDP" 0 0 0 [0,0] 1
    ""
    M 1 I 10225 N 46 735 825 -11 22 35 -40
    M 2 I 1792 N 419 948 659 -11 22 35 -40
}

P { 402
    "Undecaprenyl-di" 0 0 0 [0,0] 1
    ""
    M 1 I 10224 N 46 420 615 -11 22 35 -40
    M 2 I 2028 N 406 386 540 -11 22 35 -40
    M 2 I 1781 N 420 299 616 -11 22 35 -40
}

P { 110
    "UDP-N-acetyl-D-" 0 0 0 [0,0] 1
    ""
    M 1 I 10223 N 46 360 660 -62 -12 35 -40
    M 2 I 1780 N 420 299 661 -11 22 35 -40
}

P { 114
    "UDP" 0 0 0 [0,0] 1
    ""
    M 1 I 10221 N 46 375 735 -11 22 35 -40
    M 2 I 1778 N 420 389 661 -11 22 35 -40
}

P { 110
    "UDP-N-acetyl-D-" 0 0 0 [0,0] 1
    ""
    M 1 I 10219 N 46 1560 690 -11 22 35 -40
    M 2 I 1766 N 421 1260 661 -11 22 35 -40
}

P { 408
    "Undecaprenyl-di_8" 0 0 0 [0,0] 1
    ""
    M 1 I 10218 N 46 1470 825 26 2 35 -40
    M 2 I 1809 N 418 1134 740 -11 22 35 -40
    M 2 I 1962 N 410 1260 744 -11 22 35 -40
    M 2 I 1765 N 421 1350 616 -11 22 35 -40
}

P { 114
    "UDP" 0 0 0 [0,0] 1
    ""
    M 1 I 10217 N 46 1500 780 -11 22 35 -40
    M 2 I 1764 N 421 1350 661 -11 22 35 -40
}

P { 320
    "UDP-N-acetylmur_8" 0 0 0 [0,0] 1
    ""
    M 1 I 18285 N 46 1470 450 22 12 35 -40
    M 2 I 2017 N 407 1260 493 -11 22 35 -40
    M 2 I 18299 N 541 388 439 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 18286 N 46 1530 405 -11 22 35 -40
    M 2 I 18298 N 541 388 394 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 18287 N 46 1410 375 -11 22 35 -40
    M 2 I 18297 N 541 388 349 -11 22 35 -40
}

P { 319
    "D-Alanyl-D-alan" 0 0 0 [0,0] 1
    ""
    M 1 I 18288 N 46 1410 285 -47 34 35 -40
    M 2 I 1879 N 414 1169 354 -11 22 35 -40
    M 2 I 18296 N 541 298 439 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 18290 N 46 1515 330 18 9 35 -40
    M 2 I 18294 N 541 298 349 -11 22 35 -40
}

# End page 46 (Peptidoglycan biosynthesis (00550))

# Elements of page 403 (2.7.1.66)

T { 670
    "2.7.1.66:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2069 N 403 1125 645 -12 -15 35 -40 0
}

T { 671
    "2.7.1.66:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2068 N 403 1125 675 -12 -15 35 -40 0
}

# End page 403 (2.7.1.66)

# Elements of page 404 (2.7.1.66)

T { 672
    "2.7.1.66:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2055 N 404 100 649 -12 -15 35 -40 0
}

T { 673
    "2.7.1.66:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2054 N 404 100 679 -12 -15 35 -40 0
}

# End page 404 (2.7.1.66)

# Elements of page 405 (2.7.8.13)

T { 674
    "2.7.8.13:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2041 N 405 900 516 -12 -15 35 -40 0
}

T { 675
    "2.7.8.13:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2040 N 405 900 546 -12 -15 35 -40 0
}

# End page 405 (2.7.8.13)

# Elements of page 406 (2.7.8.13)

T { 676
    "2.7.8.13:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2027 N 406 341 518 -12 -15 35 -40 0
}

T { 677
    "2.7.8.13:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2026 N 406 341 548 -12 -15 35 -40 0
}

# End page 406 (2.7.8.13)

# Elements of page 407 (2.7.8.13)

T { 678
    "2.7.8.13:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 2013 N 407 1305 516 -12 -15 35 -40 0
}

T { 679
    "2.7.8.13:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 2012 N 407 1305 546 -12 -15 35 -40 0
}

# End page 407 (2.7.8.13)

# Elements of page 408 (6.3.1.2)

T { 680
    "6.3.1.2:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1997 N 408 902 742 -12 -15 35 -40 0
}

T { 681
    "6.3.1.2:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1996 N 408 902 772 -12 -15 35 -40 0
}

# End page 408 (6.3.1.2)

# Elements of page 409 (6.3.1.2)

T { 682
    "6.3.1.2:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1977 N 409 343 744 -12 -15 35 -40 0
}

T { 683
    "6.3.1.2:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1976 N 409 343 774 -12 -15 35 -40 0
}

# End page 409 (6.3.1.2)

# Elements of page 410 (6.3.1.2)

T { 684
    "6.3.1.2:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1957 N 410 1305 744 -12 -15 35 -40 0
}

T { 685
    "6.3.1.2:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1956 N 410 1305 774 -12 -15 35 -40 0
}

# End page 410 (6.3.1.2)

# Elements of page 411 (6.3.2.10)

T { 686
    "6.3.2.10:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1937 N 411 902 392 -12 -15 35 -40 0
}

T { 687
    "6.3.2.10:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1936 N 411 902 422 -12 -15 35 -40 0
}

# End page 411 (6.3.2.10)

# Elements of page 412 (6.3.2.10)

T { 688
    "6.3.2.10:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1917 N 412 343 394 -12 -15 35 -40 0
}

T { 689
    "6.3.2.10:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1916 N 412 343 424 -12 -15 35 -40 0
}

# End page 412 (6.3.2.10)

# Elements of page 413 (6.3.2.13)

T { 690
    "6.3.2.13:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1897 N 413 1306 293 -12 -15 35 -40 0
}

T { 691
    "6.3.2.13:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1896 N 413 1306 323 -12 -15 35 -40 0
}

# End page 413 (6.3.2.13)

# Elements of page 414 (6.3.2.4)

T { 692
    "6.3.2.4:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1878 N 414 1124 309 -12 -15 35 -40 0
}

T { 693
    "6.3.2.4:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1877 N 414 1124 339 -12 -15 35 -40 0
}

# End page 414 (6.3.2.4)

# Elements of page 415 (6.3.2.4)

T { 694
    "6.3.2.4:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1861 N 415 185 362 -12 -15 35 -40 0
}

T { 695
    "6.3.2.4:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1860 N 415 185 392 -12 -15 35 -40 0
}

# End page 415 (6.3.2.4)

# Elements of page 416 (6.3.2.8)

T { 696
    "6.3.2.8:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1843 N 416 731 100 -12 -15 35 -40 0
}

T { 697
    "6.3.2.8:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1842 N 416 731 130 -12 -15 35 -40 0
}

# End page 416 (6.3.2.8)

# Elements of page 417 (6.3.2.9)

T { 698
    "6.3.2.9:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1823 N 417 733 189 -12 -15 35 -40 0
}

T { 699
    "6.3.2.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1822 N 417 733 219 -12 -15 35 -40 0
}

# End page 417 (6.3.2.9)

# Elements of page 418 (2.4.1.129)

T { 700
    ":F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1805 N 418 1179 763 -12 -15 35 -40 0
}

T { 701
    ":R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1804 N 418 1179 793 -12 -15 35 -40 0
}

# End page 418 (2.4.1.129)

# Elements of page 419 (2.4.1.227)

T { 702
    "2.4.1.227:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1791 N 419 903 637 -12 -15 35 -40 0
}

T { 703
    "2.4.1.227:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1790 N 419 903 667 -12 -15 35 -40 0
}

# End page 419 (2.4.1.227)

# Elements of page 420 (2.4.1.227)

T { 704
    "2.4.1.227:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1777 N 420 344 639 -12 -15 35 -40 0
}

T { 705
    "2.4.1.227:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1776 N 420 344 669 -12 -15 35 -40 0
}

# End page 420 (2.4.1.227)

# Elements of page 421 (2.4.1.227)

T { 706
    "2.4.1.227:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1763 N 421 1305 639 -12 -15 35 -40 0
}

T { 707
    "2.4.1.227:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1762 N 421 1305 669 -12 -15 35 -40 0
}

# End page 421 (2.4.1.227)

# Elements of page 541 (6.3.2.10)

T { 930
    "6.3.2.10:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 18291 N 541 343 394 -12 -15 35 -40 0
}

T { 931
    "6.3.2.10:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 18292 N 541 343 424 -12 -15 35 -40 0
}

# End page 541 (6.3.2.10)

# Elements of page 49 (Polyketide sugar unit biosynthesis (00523))

V { 411
    "1.1.1.133" 427 V
    M 0 I 9735 N 49 255 495 -109 -2
}

V { 412
    "2.7.7.24" 428 V
    M 0 I 9734 N 49 255 120 33 8
}

V { 413
    "4.2.1.46" 429 V
    M 0 I 9733 N 49 255 225 -98 6
}

V { 414
    "5.1.3.13" 430 V
    M 0 I 9732 N 49 255 360 -97 6
}

P { 120
    "dTDP-6-deoxy-L-_1" 0 0 0 [0,0] 1
    ""
    M 1 I 9731 N 49 255 570 -11 22 35 -40
    M 2 I 1683 N 427 135 460 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
    M 1 I 9730 N 49 300 555 -11 22 35 -40
    M 2 I 1682 N 427 135 505 -11 22 35 -40
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
    M 1 I 9728 N 49 300 465 -11 22 35 -40
    M 2 I 1680 N 427 225 505 -11 22 35 -40
}

P { 32
    "dTTP" 0 0 0 [0,0] 1
    ""
    M 1 I 9727 N 49 210 60 -55 6 35 -40
    M 2 I 1669 N 428 55 77 -11 22 35 -40
}

P { 124
    "D-Glucose 1-pho" 0 0 0 [0,0] 1
    ""
    M 1 I 9726 N 49 255 60 27 6 35 -40
    M 2 I 1668 N 428 55 122 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 9725 N 49 195 150 -92 1 35 -40
    M 2 I 1667 N 428 145 77 -11 22 35 -40
}

P { 116
    "dTDPglucose" 0 0 0 [0,0] 1
    ""
    M 1 I 9724 N 49 255 165 26 1 35 -40
    M 2 I 1655 N 429 55 229 -11 22 35 -40
    M 2 I 1666 N 428 145 122 -11 22 35 -40
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P { 414
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# End page 49 (Polyketide sugar unit biosynthesis (00523))

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# End page 429 (4.2.1.46)

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# End page 430 (5.1.3.13)

# Elements of page 50 (Riboflavin metabolism (00740))

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# End page 50 (Riboflavin metabolism (00740))

# Elements of page 431 (1.1.1.193)

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# Elements of page 433 (2.5.1.9)

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# Elements of page 437 (3.5.4.26)

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# End page 437 (3.5.4.26)

# Elements of page 51 (Nicotinate and nicotinamide metabolism (00760))

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# End page 51 (Nicotinate and nicotinamide metabolism (00760))

# Elements of page 438 (2.7.1.-)

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# End page 438 (2.7.1.-)

# Elements of page 439 (2.7.1.23)

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# Elements of page 440 (2.7.7.18)

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# Elements of page 441 (2.7.7.18)

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# Elements of page 444 (6.3.5.1)

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# Elements of page 445 (2.4.2.1)

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# Elements of page 446 (2.4.2.1)

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# End page 446 (2.4.2.1)

# Elements of page 52 (Pantothenate and CoA biosynthesis (00770))

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V { 439
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    M 0 I 9302 N 52 570 690 -12 -15
}

V { 440
    "3.5.1.-" 456 V
    M 0 I 9301 N 52 375 495 18 9
}

V { 441
    "4.2.1.9" 457 V
    M 0 I 9300 N 52 525 180 22 7
}

V { 442
    "6.3.2.1" 458 V
    M 0 I 9299 N 52 270 405 -31 -27
}

P { 61
    "NADPH" 0 0 0 [0,0] 1
    ""
    M 1 I 9297 N 52 315 60 -11 22 35 -40
    M 2 I 1399 N 447 253 100 -11 22 35 -40
}

P { 1
    "H+" 0 0 0 [0,0] 1
    ""
    M 1 I 9296 N 52 360 45 -11 22 35 -40
    M 2 I 1398 N 447 253 145 -11 22 35 -40
}

P { 430
    "2,3-Dihydroxy-3" 0 0 0 [0,0] 1
    ""
    M 1 I 9295 N 52 525 90 -15 -21 35 -40
    M 2 I 1257 N 457 376 155 -11 22 35 -40
    M 2 I 1397 N 447 343 77 -11 22 35 -40
}

P { 13
    "NADP+" 0 0 0 [0,0] 1
    ""
    M 1 I 9294 N 52 465 45 -11 22 35 -40
    M 2 I 1396 N 447 343 122 -11 22 35 -40
}

P { 128
    "5,10-Methylenet" 0 0 0 [0,0] 1
    ""
    M 1 I 9293 N 52 375 255 -17 -16 35 -40
    M 2 I 1383 N 448 263 180 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 9291 N 52 375 300 -11 22 35 -40
    M 2 I 1381 N 448 263 270 -11 22 35 -40
}

P { 130
    "Tetrahydrofolat" 0 0 0 [0,0] 1
    ""
    M 1 I 9290 N 52 225 255 -55 -14 35 -40
    M 2 I 1380 N 448 353 202 -11 22 35 -40
}

P { 431
    "2-Dehydropantoa" 0 0 0 [0,0] 1
    ""
    M 1 I 9289 N 52 180 285 -81 -13 35 -40
    M 2 I 1379 N 448 353 247 -11 22 35 -40
}

P { 140
    "2-Acetolactate" 0 0 0 [0,0] 1
    ""
    M 1 I 9288 N 52 255 90 -11 22 35 -40
    M 2 I 1400 N 447 253 55 -11 22 35 -40
    M 2 I 1366 N 449 55 77 -11 22 35 -40
}

P { 2
    "CO2" 0 0 0 [0,0] 1
    ""
    M 1 I 9287 N 52 210 120 -11 22 35 -40
    M 2 I 1365 N 449 55 122 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 9286 N 52 60 90 -34 -20 35 -40
    M 2 I 1364 N 449 145 100 -11 22 35 -40
}

P { 54
    "L-Valine" 0 0 0 [0,0] 1
    ""
    M 1 I 9285 N 52 765 240 -20 -19 35 -40
    M 2 I 1355 N 450 497 221 -11 22 35 -40
}

P { 134
    "2-Oxoglutarate" 0 0 0 [0,0] 1
    ""
    M 1 I 9284 N 52 705 255 -11 22 35 -40
    M 2 I 1354 N 450 497 266 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 9282 N 52 600 270 -11 22 35 -40
    M 2 I 1352 N 450 587 266 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9281 N 52 630 720 -11 22 35 -40
    M 2 I 1341 N 451 672 913 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 9279 N 52 735 735 -11 22 35 -40
    M 2 I 1339 N 451 762 913 -11 22 35 -40
}

P { 15
    "CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 9278 N 52 750 780 -11 22 35 -40
    M 2 I 1338 N 451 762 958 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9277 N 52 435 540 15 2 35 -40
    M 2 I 1327 N 452 482 696 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 9275 N 52 525 540 -9 -11 35 -40
    M 2 I 1325 N 452 572 696 -11 22 35 -40
}

P { 434
    "Pantetheine 4'-" 0 0 0 [0,0] 1
    ""
    M 1 I 9274 N 52 570 585 -40 -12 35 -40
    M 2 I 1284 N 455 529 859 -11 22 35 -40
    M 2 I 1324 N 452 572 741 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9273 N 52 705 540 -11 22 35 -40
    M 2 I 1313 N 453 481 593 -11 22 35 -40
}

P { 435
    "N-((R)-Pantothe" 0 0 0 [0,0] 1
    ""
    M 1 I 9272 N 52 645 510 -39 -18 35 -40
    M 2 I 1312 N 453 481 638 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 9271 N 52 795 540 -11 22 35 -40
    M 2 I 1311 N 453 571 593 -11 22 35 -40
}

P { 436
    "(R)-4'-Phosphop" 0 0 0 [0,0] 1
    ""
    M 1 I 9270 N 52 840 510 -16 -15 35 -40
    M 2 I 1310 N 453 571 638 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9269 N 52 465 375 -11 22 35 -40
    M 2 I 1299 N 454 428 455 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 9267 N 52 585 360 -11 22 35 -40
    M 2 I 1297 N 454 518 455 -11 22 35 -40
}

P { 437
    "D-4'-Phosphopan" 0 0 0 [0,0] 1
    ""
    M 1 I 9266 N 52 615 405 -11 22 35 -40
    M 2 I 1296 N 454 518 500 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9265 N 52 540 630 -11 22 35 -40
    M 2 I 1285 N 455 529 814 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 9263 N 52 510 735 -11 22 35 -40
    M 2 I 1283 N 455 619 814 -11 22 35 -40
}

P { 432
    "Dephospho-CoA" 0 0 0 [0,0] 1
    ""
    M 1 I 9262 N 52 570 780 -11 22 35 -40
    M 2 I 1340 N 451 672 958 -11 22 35 -40
    M 2 I 1282 N 455 619 859 -11 22 35 -40
}

P { 433
    "Pantetheine" 0 0 0 [0,0] 1
    ""
    M 1 I 9261 N 52 375 585 -79 2 35 -40
    M 2 I 1326 N 452 482 741 -11 22 35 -40
    M 2 I 1271 N 456 331 622 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 9260 N 52 330 525 -11 22 35 -40
    M 2 I 1270 N 456 331 667 -11 22 35 -40
}

P { 438
    "Cysteamine" 0 0 0 [0,0] 1
    ""
    M 1 I 9258 N 52 450 450 -11 22 35 -40
    M 2 I 1268 N 456 421 667 -11 22 35 -40
}

P { 302
    "3-Methyl-2-oxob" 0 0 0 [0,0] 1
    ""
    M 1 I 9256 N 52 525 240 -36 25 35 -40
    M 2 I 1382 N 448 263 225 -11 22 35 -40
    M 2 I 1353 N 450 587 221 -11 22 35 -40
    M 2 I 1256 N 457 466 132 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 9255 N 52 480 210 -11 22 35 -40
    M 2 I 1255 N 457 466 177 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9254 N 52 210 375 -7 -20 35 -40
    M 2 I 1246 N 458 237 412 -11 22 35 -40
}

P { 377
    "(R)-Pantoate" 0 0 0 [0,0] 1
    ""
    M 1 I 9253 N 52 180 405 -11 22 35 -40
    M 2 I 1245 N 458 237 457 -11 22 35 -40
}

P { 133
    "beta-Alanine" 0 0 0 [0,0] 1
    ""
    M 1 I 9252 N 52 180 450 14 20 35 -40
    M 2 I 1244 N 458 237 502 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 9251 N 52 330 390 11 -24 35 -40
    M 2 I 1243 N 458 327 412 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 9250 N 52 330 435 -67 27 35 -40
    M 2 I 1242 N 458 327 457 -11 22 35 -40
}

P { 378
    "Pantothenate" 0 0 0 [0,0] 1
    ""
    M 1 I 9249 N 52 375 405 -11 22 35 -40
    M 2 I 1269 N 456 421 622 -11 22 35 -40
    M 2 I 1298 N 454 428 500 -11 22 35 -40
    M 2 I 1241 N 458 327 502 -11 22 35 -40
}

# End page 52 (Pantothenate and CoA biosynthesis (00770))

# Elements of page 447 (1.1.1.86)

T { 748
    "1.1.1.86:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1395 N 447 298 100 -12 -15 35 -40 0
}

T { 749
    "1.1.1.86:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1394 N 447 298 130 -12 -15 35 -40 0
}

# End page 447 (1.1.1.86)

# Elements of page 448 (2.1.2.11)

T { 750
    "2.1.2.11:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1378 N 448 308 225 -12 -15 35 -40 0
}

T { 751
    "2.1.2.11:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1377 N 448 308 255 -12 -15 35 -40 0
}

# End page 448 (2.1.2.11)

# Elements of page 449 (2.2.1.6)

T { 752
    "2.2.1.6:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1363 N 449 100 100 -12 -15 35 -40 0
}

T { 753
    "2.2.1.6:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1362 N 449 100 130 -12 -15 35 -40 0
}

# End page 449 (2.2.1.6)

# Elements of page 450 (2.6.1.42)

T { 754
    "2.6.1.42:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1351 N 450 542 244 -12 -15 35 -40 0
}

T { 755
    "2.6.1.42:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1350 N 450 542 274 -12 -15 35 -40 0
}

# End page 450 (2.6.1.42)

# Elements of page 451 (2.7.1.24)

T { 756
    "2.7.1.24:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1337 N 451 717 936 -12 -15 35 -40 0
}

T { 757
    "2.7.1.24:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1336 N 451 717 966 -12 -15 35 -40 0
}

# End page 451 (2.7.1.24)

# Elements of page 452 (2.7.1.33)

T { 758
    "2.7.1.33:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1323 N 452 527 719 -12 -15 35 -40 0
}

T { 759
    "2.7.1.33:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1322 N 452 527 749 -12 -15 35 -40 0
}

# End page 452 (2.7.1.33)

# Elements of page 453 (2.7.1.33)

T { 760
    "2.7.1.33:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1309 N 453 526 616 -12 -15 35 -40 0
}

T { 761
    "2.7.1.33:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1308 N 453 526 646 -12 -15 35 -40 0
}

# End page 453 (2.7.1.33)

# Elements of page 454 (2.7.1.33)

T { 762
    "2.7.1.33:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1295 N 454 473 478 -12 -15 35 -40 0
}

T { 763
    "2.7.1.33:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1294 N 454 473 508 -12 -15 35 -40 0
}

# End page 454 (2.7.1.33)

# Elements of page 455 (2.7.7.3)

T { 764
    "2.7.7.3:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1281 N 455 574 837 -12 -15 35 -40 0
}

T { 765
    "2.7.7.3:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1280 N 455 574 867 -12 -15 35 -40 0
}

# End page 455 (2.7.7.3)

# Elements of page 456 (3.5.1.-)

T { 766
    "3.5.1.- 3.5.1.19:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1267 N 456 376 645 -12 -15 35 -40 0
}

T { 767
    "3.5.1.- 3.5.1.19:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1266 N 456 376 675 -12 -15 35 -40 0
}

# End page 456 (3.5.1.-)

# Elements of page 457 (4.2.1.9)

T { 768
    "4.2.1.9:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1254 N 457 421 155 -12 -15 35 -40 0
}

T { 769
    "4.2.1.9:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1253 N 457 421 185 -12 -15 35 -40 0
}

# End page 457 (4.2.1.9)

# Elements of page 458 (6.3.2.1)

T { 770
    "6.3.2.1:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1240 N 458 282 457 -12 -15 35 -40 0
}

T { 771
    "6.3.2.1:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1239 N 458 282 487 -12 -15 35 -40 0
}

# End page 458 (6.3.2.1)

# Elements of page 53 (Biotin metabolism (00780))

V { 443
    "6.3.4.15" 459 V
    M 0 I 9048 N 53 225 255 -18 38
}

V { 444
    "6.3.4.15" 460 V
    M 0 I 9047 N 53 105 105 25 9
}

P { 439
    "Biotinyl-5'-AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 9046 N 53 135 255 -30 -19 35 -40
    M 2 I 1226 N 459 56 232 -11 22 35 -40
}

P { 440
    "Apo-[carboxylas" 0 0 0 [0,0] 1
    ""
    M 1 I 9045 N 53 150 285 -30 29 35 -40
    M 2 I 1225 N 459 56 277 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 9044 N 53 300 210 -11 22 35 -40
    M 2 I 1224 N 459 146 232 -11 22 35 -40
}

P { 173
    "Holo-[carboxyla" 0 0 0 [0,0] 1
    ""
    M 1 I 9043 N 53 300 255 -11 22 35 -40
    M 2 I 1223 N 459 146 277 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 9042 N 53 60 135 -11 22 35 -40
    M 2 I 1212 N 460 55 77 -11 22 35 -40
}

P { 441
    "Biotin" 0 0 0 [0,0] 1
    ""
    M 1 I 9041 N 53 105 180 -11 22 35 -40
    M 2 I 1211 N 460 55 122 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 9040 N 53 225 45 34 7 35 -40
    M 2 I 1210 N 460 145 77 -11 22 35 -40
}

P { 439
    "Biotinyl-5'-AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 9039 N 53 105 45 -97 24 35 -40
    M 2 I 1209 N 460 145 122 -11 22 35 -40
}

# End page 53 (Biotin metabolism (00780))

# Elements of page 459 (6.3.4.15)

T { 772
    "6.3.4.15:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1222 N 459 101 255 -12 -15 35 -40 0
}

T { 773
    "6.3.4.15:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1221 N 459 101 285 -12 -15 35 -40 0
}

# End page 459 (6.3.4.15)

# Elements of page 460 (6.3.4.15)

T { 774
    "6.3.4.15:F" 0 0 [0,0] 0 0 
    ""
    M 0 I 1208 N 460 100 100 -12 -15 35 -40 0
}

T { 775
    "6.3.4.15:R" 0 0 [0,0] 0 0 
    ""
    M 0 I 1207 N 460 100 130 -12 -15 35 -40 0
}

# End page 460 (6.3.4.15)

# Elements of page 54 (Folate biosynthesis (00790))

V { 445
    "2.5.1.15" 461 V
    M 0 I 9006 N 54 825 660 31 1
}

V { 446
    "2.5.1.15" 462 V
    M 0 I 9005 N 54 645 645 -111 4
}

V { 447
    "2.7.6.3" 463 V
    M 0 I 9004 N 54 795 480 18 4
}

V { 448
    "3.5.4.16" 464 V
    M 0 I 9003 N 54 450 105 -49 -16
}

V { 449
    "3.5.4.16" 465 V
    M 0 I 9002 N 54 225 105 -26 -16
}

V { 450
    "3.5.4.16" 466 V
    M 0 I 9001 N 54 60 240 20 2
}

V { 451
    "3.5.4.16" 467 V
    M 0 I 9000 N 54 60 375 25 6
}

V { 452
    "3.6.1.-" 468 V
    M 0 I 8999 N 54 795 225 -97 3
}

V { 453
    "3.6.1.-" 469 V
    M 0 I 8998 N 54 720 105 -46 30
}

V { 454
    "4.1.2.25" 470 V
    M 0 I 8997 N 54 795 345 -113 6
}

V { 455
    "6.3.2.12" 471 V
    M 0 I 8996 N 54 795 885 25 8
}

V { 456
    "6.3.2.17" 472 V
    M 0 I 8995 N 54 570 1335 25 4
}

V { 457
    "6.3.2.17" 473 V
    M 0 I 8994 N 54 570 1140 -117 3
}

V { 458
    "6.3.2.17" 474 V
    M 0 I 8993 N 54 720 885 -130 -3
}

V { 459
    "6.3.5.8" 475 V
    M 0 I 8992 N 54 360 825 -106 3
}

V { 460
    "4.1.3.38" 476 V
    M 0 I 8991 N 54 360 660 -111 4
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 8988 N 54 915 720 -11 22 35 -40
    M 2 I 1196 N 461 698 633 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 8983 N 54 705 720 -11 22 35 -40
    M 2 I 1181 N 462 636 678 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 8982 N 54 840 435 -11 22 35 -40
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}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 8980 N 54 750 510 -11 22 35 -40
    M 2 I 1168 N 463 672 443 -11 22 35 -40
}

P { 442
    "2-Amino-7,8-dih" 0 0 0 [0,0] 1
    ""
    M 1 I 8979 N 54 795 540 30 3 35 -40
    M 2 I 1198 N 461 608 633 -11 22 35 -40
    M 2 I 1167 N 463 672 488 -11 22 35 -40
}

P { 446
    "2-Amino-4-hydro_2" 0 0 0 [0,0] 1
    ""
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    M 2 I 1098 N 469 637 113 -11 22 35 -40
    M 2 I 1156 N 464 433 77 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
    M 1 I 8977 N 54 510 135 -11 22 35 -40
    M 2 I 1155 N 464 433 122 -11 22 35 -40
}

P { 447
    "2,5-Diamino-6-(" 0 0 0 [0,0] 1
    ""
    M 1 I 8976 N 54 375 105 -29 -29 35 -40
    M 2 I 1154 N 464 523 100 -11 22 35 -40
}

P { 447
    "2,5-Diamino-6-(" 0 0 0 [0,0] 1
    ""
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}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 448
    "2,5-Diaminopyri" 0 0 0 [0,0] 1
    ""
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    M 2 I 1145 N 465 175 100 -11 22 35 -40
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}

P { 131
    "Formate" 0 0 0 [0,0] 1
    ""
    M 1 I 8970 N 54 120 165 23 5 35 -40
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}

P { 29
    "GTP" 0 0 0 [0,0] 1
    ""
    M 1 I 8969 N 54 60 435 -11 22 35 -40
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}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 449
    "Formamidopyrimi" 0 0 0 [0,0] 1
    ""
    M 1 I 8967 N 54 60 315 25 5 35 -40
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}

P { 450
    "2-Amino-4-hydro_1" 0 0 0 [0,0] 1
    ""
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 8965 N 54 855 240 -11 22 35 -40
    M 2 I 1111 N 468 637 264 -11 22 35 -40
}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 451
    "Dihydroneopteri" 0 0 0 [0,0] 1
    ""
    M 1 I 8960 N 54 795 135 -11 22 35 -40
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}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 8959 N 54 825 60 -11 22 35 -40
    M 2 I 1095 N 469 727 158 -11 22 35 -40
}

P { 452
    "Glycolaldehyde" 0 0 0 [0,0] 1
    ""
    M 1 I 8957 N 54 870 375 -11 22 35 -40
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}

P { 445
    "2-Amino-4-hydro" 0 0 0 [0,0] 1
    ""
    M 1 I 8956 N 54 765 405 16 4 35 -40
    M 2 I 1184 N 462 546 633 -11 22 35 -40
    M 2 I 1169 N 463 582 488 -11 22 35 -40
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}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 8955 N 54 840 825 -11 -13 35 -40
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}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 8953 N 54 870 840 16 -18 35 -40
    M 2 I 1071 N 471 608 846 -11 22 35 -40
}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
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    M 2 I 1070 N 471 698 756 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
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    M 2 I 1069 N 471 698 801 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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    M 2 I 1053 N 472 577 1255 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
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P { 69
    "ADP" 0 0 0 [0,0] 1
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P { 14
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P { 454
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P { 8
    "ATP" 0 0 0 [0,0] 1
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}

P { 130
    "Tetrahydrofolat" 0 0 0 [0,0] 1
    ""
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}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
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    M 1 I 8941 N 54 645 1065 36 9 35 -40
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}

P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
    M 1 I 8940 N 54 630 1185 19 10 35 -40
    M 2 I 1030 N 473 667 1094 -11 22 35 -40
}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 8939 N 54 495 1185 -105 3 35 -40
    M 2 I 1029 N 473 667 1139 -11 22 35 -40
}

P { 455
    "Tetrahydrofolyl_1" 0 0 0 [0,0] 1
    ""
    M 1 I 8938 N 54 570 1215 24 4 35 -40
    M 2 I 1052 N 472 577 1300 -11 22 35 -40
    M 2 I 1028 N 473 667 1184 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
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}

P { 444
    "Dihydropteroate" 0 0 0 [0,0] 1
    ""
    M 1 I 8936 N 54 720 810 -24 -26 35 -40
    M 2 I 1072 N 471 608 801 -11 22 35 -40
    M 2 I 1195 N 461 698 678 -11 22 35 -40
    M 2 I 1182 N 462 636 633 -11 22 35 -40
    M 2 I 1012 N 474 545 801 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
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P { 69
    "ADP" 0 0 0 [0,0] 1
    ""
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}

P { 14
    "Orthophosphate" 0 0 0 [0,0] 1
    ""
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    M 2 I 1009 N 474 635 801 -11 22 35 -40
}

P { 453
    "Dihydrofolate" 0 0 0 [0,0] 1
    ""
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    M 2 I 1068 N 471 698 846 -11 22 35 -40
    M 2 I 1008 N 474 635 846 -11 22 35 -40
}

P { 371
    "Chorismate" 0 0 0 [0,0] 1
    ""
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    M 2 I 993 N 475 380 757 -11 22 35 -40
}

P { 42
    "L-Glutamine" 0 0 0 [0,0] 1
    ""
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    M 2 I 992 N 475 380 802 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 8928 N 54 330 765 -84 2 35 -40
    M 2 I 990 N 475 470 802 -11 22 35 -40
}

P { 456
    "4-amino-4-deoxy" 0 0 0 [0,0] 1
    ""
    M 1 I 8927 N 54 360 720 -111 5 35 -40
    M 2 I 991 N 475 470 757 -11 22 35 -40
    M 2 I 979 N 476 380 666 -11 22 35 -40
}

P { 443
    "4-Aminobenzoate" 0 0 0 [0,0] 1
    ""
    M 1 I 8926 N 54 465 525 -51 -15 35 -40
    M 2 I 1197 N 461 608 678 -11 22 35 -40
    M 2 I 1183 N 462 546 678 -11 22 35 -40
    M 2 I 978 N 476 470 643 -11 22 35 -40
}

P { 64
    "Pyruvate" 0 0 0 [0,0] 1
    ""
    M 1 I 8925 N 54 315 615 -67 -4 35 -40
    M 2 I 977 N 476 470 688 -11 22 35 -40
}

# End page 54 (Folate biosynthesis (00790))

# Elements of page 461 (2.5.1.15)

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# End page 461 (2.5.1.15)

# Elements of page 462 (2.5.1.15)

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# End page 462 (2.5.1.15)

# Elements of page 463 (2.7.6.3)

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# End page 463 (2.7.6.3)

# Elements of page 464 (3.5.4.16)

T { 782
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T { 783
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# End page 464 (3.5.4.16)

# Elements of page 465 (3.5.4.16)

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T { 785
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# End page 465 (3.5.4.16)

# Elements of page 466 (3.5.4.16)

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# End page 466 (3.5.4.16)

# Elements of page 467 (3.5.4.16)

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T { 789
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# End page 467 (3.5.4.16)

# Elements of page 468 (3.6.1.-)

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T { 791
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# End page 468 (3.6.1.-)

# Elements of page 469 (3.6.1.-)

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T { 793
    "3.6.1.-:R" 0 0 [0,0] 0 0 
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# End page 469 (3.6.1.-)

# Elements of page 470 (4.1.2.25)

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# End page 470 (4.1.2.25)

# Elements of page 471 (6.3.2.12)

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# End page 471 (6.3.2.12)

# Elements of page 472 (6.3.2.17)

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# End page 472 (6.3.2.17)

# Elements of page 473 (6.3.2.17)

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# End page 473 (6.3.2.17)

# Elements of page 474 (6.3.2.17)

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T { 803
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# End page 474 (6.3.2.17)

# Elements of page 475 (6.3.5.8)

T { 804
    "6.3.5.8:F" 0 0 [0,0] 0 0 
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}

T { 805
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# End page 475 (6.3.5.8)

# Elements of page 476 (4.1.3.38)

T { 806
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T { 807
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}

# End page 476 (4.1.3.38)

# Elements of page 55 (One carbon pool by folate (00670))

V { 461
    "1.5.1.5" 477 V
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}

V { 462
    "2.1.1.148" 478 V
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}

V { 463
    "2.1.2.1" 479 V
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}

V { 464
    "2.1.2.10" 480 V
    M 0 I 8657 N 55 615 465 22 4
}

V { 465
    "2.1.2.10" 481 V
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}

V { 466
    "2.1.2.2" 483 V
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}

V { 467
    "2.1.2.2" 484 V
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}

V { 468
    "2.1.2.3" 485 V
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}

V { 469
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}

V { 470
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}

P { 128
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}

P { 13
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P { 61
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P { 128
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P { 249
    "dUMP" 0 0 0 [0,0] 1
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}

P { 250
    "FADH2" 0 0 0 [0,0] 1
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P { 130
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}

P { 25
    "dTMP" 0 0 0 [0,0] 1
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}

P { 17
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P { 128
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P { 40
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P { 0
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P { 130
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}

P { 50
    "L-Serine" 0 0 0 [0,0] 1
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}

P { 457
    "5-Formyltetrahy" 0 0 0 [0,0] 1
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P { 0
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P { 130
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P { 278
    "S-Aminomethyldi" 0 0 0 [0,0] 1
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P { 128
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P { 4
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P { 279
    "Dihydrolipoylpr" 0 0 0 [0,0] 1
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P { 132
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P { 210
    "5'-Phosphoribos" 0 0 0 [0,0] 1
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P { 130
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}

P { 211
    "5'-Phosphoribos_1" 0 0 0 [0,0] 1
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}

P { 210
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P { 129
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P { 0
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P { 211
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P { 130
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}

P { 132
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P { 212
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P { 130
    "Tetrahydrofolat" 0 0 0 [0,0] 1
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P { 213
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P { 291
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P { 132
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}

P { 130
    "Tetrahydrofolat" 0 0 0 [0,0] 1
    ""
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}

P { 292
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P { 129
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}

P { 0
    "H2O" 0 0 0 [0,0] 1
    ""
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}

P { 1
    "H+" 0 0 0 [0,0] 1
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}

# End page 55 (One carbon pool by folate (00670))

# Elements of page 477 (1.5.1.5)

T { 808
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T { 809
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# End page 477 (1.5.1.5)

# Elements of page 478 (2.1.1.148)

T { 810
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T { 811
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# End page 478 (2.1.1.148)

# Elements of page 479 (2.1.2.1)

T { 812
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    ""
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T { 813
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    ""
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}

# End page 479 (2.1.2.1)

# Elements of page 480 (2.1.2.10)

T { 814
    "2.1.2.10:F" 0 0 [0,0] 0 0 
    ""
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T { 815
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# End page 480 (2.1.2.10)

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# End page 56 (Porphyrin and chlorophyll metabolism (00860))

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# Elements of page 489 (4.1.1.37)

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# End page 496 (1.2.1.-)

# Elements of page 57 (Ubiquinone biosynthesis (00130))

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P { 63
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P { 482
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P { 20
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P { 484
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# End page 57 (Ubiquinone biosynthesis (00130))

# Elements of page 497 (2.1.1.-)

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# End page 497 (2.1.1.-)

# Elements of page 498 (2.1.1.-)

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# End page 498 (2.1.1.-)

# Elements of page 499 (2.1.1.-)

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# End page 499 (2.1.1.-)

# Elements of page 500 (2.1.1.-)

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# End page 500 (2.1.1.-)

# Elements of page 501 (4.1.3.36)

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# End page 501 (4.1.3.36)

# Elements of page 502 (6.2.1.26)

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# Elements of page 503 (2.5.1.-)

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# Elements of page 504 (4.2.1.-)

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# Elements of page 505 (4.1.1.71 4.1.3.-)

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# Elements of page 506 (4.1.1.71 4.1.3.-)

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# Elements of page 507 (5.4.4.2)

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# Elements of page 508 (2.1.1.-)

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# Elements of page 58 (Terpenoid biosynthesis (00900))

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# Elements of page 509 (2.5.1.31)

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# Elements of page 510 (2.5.1.31)

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# End page 510 (2.5.1.31)

# Elements of page 59 (Streptomycin biosynthesis (00521))

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V { 495
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P { 8
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# End page 59 (Streptomycin biosynthesis (00521))

# Elements of page 511 (1.1.1.133)

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# End page 511 (1.1.1.133)

# Elements of page 512 (2.7.1.2)

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# End page 512 (2.7.1.2)

# Elements of page 513 (2.7.7.24)

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# End page 513 (2.7.7.24)

# Elements of page 514 (4.2.1.46)

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# End page 514 (4.2.1.46)

# Elements of page 515 (5.1.3.13)

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# Elements of page 60 (Benzoate degradation via CoA ligation (00632))

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P { 492
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P { 105
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P { 494
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# End page 60 (Benzoate degradation via CoA ligation (00632))

# Elements of page 516 (1.1.1.-)

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# Elements of page 517 (1.1.1.-)

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# End page 517 (1.1.1.-)

# Elements of page 518 (2.7.1.-)

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# End page 518 (2.7.1.-)

# Elements of page 61 (Aminoacyl-tRNA biosynthesis (00970))

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V { 503
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V { 506
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V { 507
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V { 509
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V { 510
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V { 512
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V { 513
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V { 514
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V { 515
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V { 516
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V { 517
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V { 518
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V { 519
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V { 520
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P { 8
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P { 53
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P { 373
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P { 23
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P { 16
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P { 374
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P { 8
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P { 47
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P { 23
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P { 16
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P { 8
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P { 50
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P { 282
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P { 23
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P { 16
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P { 283
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P { 266
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P { 37
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P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7725 N 61 495 615 -11 22 35 -40
    M 2 I 298 N 523 502 692 -11 22 35 -40
}

P { 267
    "L-Aspartyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7724 N 61 585 525 -11 22 35 -40
    M 2 I 297 N 523 592 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7723 N 61 585 570 -11 22 35 -40
    M 2 I 296 N 523 592 647 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7722 N 61 585 615 -11 22 35 -40
    M 2 I 295 N 523 592 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7721 N 61 1335 525 -11 22 35 -40
    M 2 I 280 N 524 1365 602 -11 22 35 -40
}

P { 40
    "Glycine" 0 0 0 [0,0] 1
    ""
    M 1 I 7720 N 61 1335 570 -11 22 35 -40
    M 2 I 279 N 524 1365 647 -11 22 35 -40
}

P { 284
    "tRNA(Gly)" 0 0 0 [0,0] 1
    ""
    M 1 I 7719 N 61 1335 615 -11 22 35 -40
    M 2 I 278 N 524 1365 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7718 N 61 1425 525 -11 22 35 -40
    M 2 I 277 N 524 1455 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7717 N 61 1425 570 -11 22 35 -40
    M 2 I 276 N 524 1455 647 -11 22 35 -40
}

P { 285
    "Glycyl-tRNA(Gly" 0 0 0 [0,0] 1
    ""
    M 1 I 7716 N 61 1425 615 -11 22 35 -40
    M 2 I 275 N 524 1455 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7715 N 61 360 525 -11 22 35 -40
    M 2 I 260 N 525 363 602 -11 22 35 -40
}

P { 49
    "L-Proline" 0 0 0 [0,0] 1
    ""
    M 1 I 7714 N 61 360 570 -11 22 35 -40
    M 2 I 259 N 525 363 647 -11 22 35 -40
}

P { 340
    "tRNA(Pro)" 0 0 0 [0,0] 1
    ""
    M 1 I 7713 N 61 360 615 -11 22 35 -40
    M 2 I 258 N 525 363 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7712 N 61 450 525 -11 22 35 -40
    M 2 I 257 N 525 453 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7711 N 61 450 570 -11 22 35 -40
    M 2 I 256 N 525 453 647 -11 22 35 -40
}

P { 341
    "L-Prolyl-tRNA(P" 0 0 0 [0,0] 1
    ""
    M 1 I 7710 N 61 450 615 -11 22 35 -40
    M 2 I 255 N 525 453 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7709 N 61 645 60 -11 22 35 -40
    M 2 I 240 N 526 642 55 -11 22 35 -40
}

P { 39
    "L-Cysteine" 0 0 0 [0,0] 1
    ""
    M 1 I 7708 N 61 645 105 -11 22 35 -40
    M 2 I 239 N 526 642 100 -11 22 35 -40
}

P { 300
    "tRNA(Cys)" 0 0 0 [0,0] 1
    ""
    M 1 I 7707 N 61 645 150 -11 22 35 -40
    M 2 I 238 N 526 642 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7706 N 61 735 60 -11 22 35 -40
    M 2 I 237 N 526 732 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7705 N 61 735 105 -11 22 35 -40
    M 2 I 236 N 526 732 100 -11 22 35 -40
}

P { 301
    "L-Cysteinyl-tRN" 0 0 0 [0,0] 1
    ""
    M 1 I 7704 N 61 735 150 -11 22 35 -40
    M 2 I 235 N 526 732 145 -11 22 35 -40
}

P { 260
    "tRNA(Glu)" 0 0 0 [0,0] 1
    ""
    M 1 I 7703 N 61 825 60 -11 22 35 -40
    M 2 I 220 N 527 790 55 -11 22 35 -40
}

P { 41
    "L-Glutamate" 0 0 0 [0,0] 1
    ""
    M 1 I 7702 N 61 825 105 -11 22 35 -40
    M 2 I 219 N 527 790 100 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7701 N 61 825 150 -11 22 35 -40
    M 2 I 218 N 527 790 145 -11 22 35 -40
}

P { 261
    "L-Glutamyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7700 N 61 915 60 -11 22 35 -40
    M 2 I 217 N 527 880 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7699 N 61 915 105 -11 22 35 -40
    M 2 I 216 N 527 880 100 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7698 N 61 915 150 -11 22 35 -40
    M 2 I 215 N 527 880 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7697 N 61 1080 60 -11 22 35 -40
    M 2 I 200 N 528 1083 55 -11 22 35 -40
}

P { 36
    "L-Arginine" 0 0 0 [0,0] 1
    ""
    M 1 I 7696 N 61 1080 105 -11 22 35 -40
    M 2 I 199 N 528 1083 100 -11 22 35 -40
}

P { 342
    "tRNA(Arg)" 0 0 0 [0,0] 1
    ""
    M 1 I 7695 N 61 1080 150 -11 22 35 -40
    M 2 I 198 N 528 1083 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7694 N 61 1170 60 -11 22 35 -40
    M 2 I 197 N 528 1173 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7693 N 61 1170 105 -11 22 35 -40
    M 2 I 196 N 528 1173 100 -11 22 35 -40
}

P { 343
    "L-Arginyl-tRNA(" 0 0 0 [0,0] 1
    ""
    M 1 I 7692 N 61 1170 150 -11 22 35 -40
    M 2 I 195 N 528 1173 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7691 N 61 1365 60 -11 22 35 -40
    M 2 I 180 N 529 1365 55 -11 22 35 -40
}

P { 52
    "L-Tryptophan" 0 0 0 [0,0] 1
    ""
    M 1 I 7690 N 61 1365 105 -11 22 35 -40
    M 2 I 179 N 529 1365 100 -11 22 35 -40
}

P { 360
    "tRNA(Trp)" 0 0 0 [0,0] 1
    ""
    M 1 I 7689 N 61 1365 150 -11 22 35 -40
    M 2 I 178 N 529 1365 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7688 N 61 1455 60 -11 22 35 -40
    M 2 I 177 N 529 1455 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7687 N 61 1455 105 -11 22 35 -40
    M 2 I 176 N 529 1455 100 -11 22 35 -40
}

P { 361
    "L-Tryptophanyl-" 0 0 0 [0,0] 1
    ""
    M 1 I 7686 N 61 1455 150 -11 22 35 -40
    M 2 I 175 N 529 1455 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7685 N 61 1050 525 -11 22 35 -40
    M 2 I 160 N 530 1083 602 -11 22 35 -40
}

P { 48
    "L-Phenylalanine" 0 0 0 [0,0] 1
    ""
    M 1 I 7684 N 61 1050 570 -11 22 35 -40
    M 2 I 159 N 530 1083 647 -11 22 35 -40
}

P { 375
    "tRNA(Phe)" 0 0 0 [0,0] 1
    ""
    M 1 I 7683 N 61 1050 615 -11 22 35 -40
    M 2 I 158 N 530 1083 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7682 N 61 1140 525 -11 22 35 -40
    M 2 I 157 N 530 1173 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7681 N 61 1140 570 -11 22 35 -40
    M 2 I 156 N 530 1173 647 -11 22 35 -40
}

P { 376
    "L-Phenylalanyl-" 0 0 0 [0,0] 1
    ""
    M 1 I 7680 N 61 1140 615 -11 22 35 -40
    M 2 I 155 N 530 1173 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7679 N 61 915 525 -11 22 35 -40
    M 2 I 140 N 531 940 602 -11 22 35 -40
}

P { 43
    "L-Histidine" 0 0 0 [0,0] 1
    ""
    M 1 I 7678 N 61 915 570 -11 22 35 -40
    M 2 I 139 N 531 940 647 -11 22 35 -40
}

P { 346
    "tRNA(His)" 0 0 0 [0,0] 1
    ""
    M 1 I 7677 N 61 915 615 -11 22 35 -40
    M 2 I 138 N 531 940 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7676 N 61 1005 525 -11 22 35 -40
    M 2 I 137 N 531 1030 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7675 N 61 1005 570 -11 22 35 -40
    M 2 I 136 N 531 1030 647 -11 22 35 -40
}

P { 347
    "L-Histidyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7674 N 61 1005 615 -11 22 35 -40
    M 2 I 135 N 531 1030 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7673 N 61 225 525 -11 22 35 -40
    M 2 I 120 N 532 218 602 -11 22 35 -40
}

P { 51
    "L-Threonine" 0 0 0 [0,0] 1
    ""
    M 1 I 7672 N 61 225 570 -11 22 35 -40
    M 2 I 119 N 532 218 647 -11 22 35 -40
}

P { 286
    "tRNA(Thr)" 0 0 0 [0,0] 1
    ""
    M 1 I 7671 N 61 225 615 -11 22 35 -40
    M 2 I 118 N 532 218 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7670 N 61 315 525 -11 22 35 -40
    M 2 I 117 N 532 308 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7669 N 61 315 570 -11 22 35 -40
    M 2 I 116 N 532 308 647 -11 22 35 -40
}

P { 287
    "L-Threonyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7668 N 61 315 615 -11 22 35 -40
    M 2 I 115 N 532 308 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7667 N 61 495 60 -11 22 35 -40
    M 2 I 100 N 533 502 55 -11 22 35 -40
}

P { 45
    "L-Leucine" 0 0 0 [0,0] 1
    ""
    M 1 I 7666 N 61 495 105 -11 22 35 -40
    M 2 I 99 N 533 502 100 -11 22 35 -40
}

P { 312
    "tRNA(Leu)" 0 0 0 [0,0] 1
    ""
    M 1 I 7665 N 61 495 150 -11 22 35 -40
    M 2 I 98 N 533 502 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7664 N 61 585 60 -11 22 35 -40
    M 2 I 97 N 533 592 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7663 N 61 585 105 -11 22 35 -40
    M 2 I 96 N 533 592 100 -11 22 35 -40
}

P { 313
    "L-Leucyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7662 N 61 585 150 -11 22 35 -40
    M 2 I 95 N 533 592 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7661 N 61 225 60 -11 22 35 -40
    M 2 I 80 N 534 218 55 -11 22 35 -40
}

P { 44
    "L-Isoleucine" 0 0 0 [0,0] 1
    ""
    M 1 I 7660 N 61 225 105 -11 22 35 -40
    M 2 I 79 N 534 218 100 -11 22 35 -40
}

P { 314
    "tRNA(Ile)" 0 0 0 [0,0] 1
    ""
    M 1 I 7659 N 61 225 150 -11 22 35 -40
    M 2 I 78 N 534 218 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7658 N 61 315 60 -11 22 35 -40
    M 2 I 77 N 534 308 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7657 N 61 315 105 -11 22 35 -40
    M 2 I 76 N 534 308 100 -11 22 35 -40
}

P { 315
    "L-Isoleucyl-tRN" 0 0 0 [0,0] 1
    ""
    M 1 I 7656 N 61 315 150 -11 22 35 -40
    M 2 I 75 N 534 308 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7655 N 61 1185 525 -11 22 35 -40
    M 2 I 60 N 535 1219 602 -11 22 35 -40
}

P { 35
    "L-Alanine" 0 0 0 [0,0] 1
    ""
    M 1 I 7654 N 61 1185 570 -11 22 35 -40
    M 2 I 59 N 535 1219 647 -11 22 35 -40
}

P { 270
    "tRNA(Ala)" 0 0 0 [0,0] 1
    ""
    M 1 I 7653 N 61 1185 615 -11 22 35 -40
    M 2 I 58 N 535 1219 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7652 N 61 1275 525 -11 22 35 -40
    M 2 I 57 N 535 1309 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7651 N 61 1275 570 -11 22 35 -40
    M 2 I 56 N 535 1309 647 -11 22 35 -40
}

P { 271
    "L-Alanyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7650 N 61 1275 615 -11 22 35 -40
    M 2 I 55 N 535 1309 692 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7649 N 61 360 60 -11 22 35 -40
    M 2 I 40 N 536 363 55 -11 22 35 -40
}

P { 54
    "L-Valine" 0 0 0 [0,0] 1
    ""
    M 1 I 7648 N 61 360 105 -11 22 35 -40
    M 2 I 39 N 536 363 100 -11 22 35 -40
}

P { 316
    "tRNA(Val)" 0 0 0 [0,0] 1
    ""
    M 1 I 7647 N 61 360 150 -11 22 35 -40
    M 2 I 38 N 536 363 145 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7646 N 61 450 60 -11 22 35 -40
    M 2 I 37 N 536 453 55 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7645 N 61 450 105 -11 22 35 -40
    M 2 I 36 N 536 453 100 -11 22 35 -40
}

P { 317
    "L-Valyl-tRNA(Va" 0 0 0 [0,0] 1
    ""
    M 1 I 7644 N 61 450 150 -11 22 35 -40
    M 2 I 35 N 536 453 145 -11 22 35 -40
}

P { 8
    "ATP" 0 0 0 [0,0] 1
    ""
    M 1 I 7643 N 61 765 525 -11 22 35 -40
    M 2 I 20 N 537 790 602 -11 22 35 -40
}

P { 46
    "L-Lysine" 0 0 0 [0,0] 1
    ""
    M 1 I 7642 N 61 765 570 -11 22 35 -40
    M 2 I 19 N 537 790 647 -11 22 35 -40
}

P { 323
    "tRNA(Lys)" 0 0 0 [0,0] 1
    ""
    M 1 I 7641 N 61 765 615 -11 22 35 -40
    M 2 I 18 N 537 790 692 -11 22 35 -40
}

P { 23
    "AMP" 0 0 0 [0,0] 1
    ""
    M 1 I 7640 N 61 855 525 -11 22 35 -40
    M 2 I 17 N 537 880 602 -11 22 35 -40
}

P { 16
    "Pyrophosphate" 0 0 0 [0,0] 1
    ""
    M 1 I 7639 N 61 855 570 -11 22 35 -40
    M 2 I 16 N 537 880 647 -11 22 35 -40
}

P { 324
    "L-Lysyl-tRNA" 0 0 0 [0,0] 1
    ""
    M 1 I 7638 N 61 855 615 -11 22 35 -40
    M 2 I 15 N 537 880 692 -11 22 35 -40
}

# End page 61 (Aminoacyl-tRNA biosynthesis (00970))

# Elements of page 519 (2.1.2.9)

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T { 891
    "2.1.2.9:R" 0 0 [0,0] 0 0 
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# End page 519 (2.1.2.9)

# Elements of page 520 (6.1.1.1)

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# End page 520 (6.1.1.1)

# Elements of page 521 (6.1.1.10)

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# End page 521 (6.1.1.10)

# Elements of page 522 (6.1.1.11)

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# End page 522 (6.1.1.11)

# Elements of page 523 (6.1.1.12)

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# End page 523 (6.1.1.12)

# Elements of page 524 (6.1.1.14)

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# End page 524 (6.1.1.14)

# Elements of page 525 (6.1.1.15)

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# End page 525 (6.1.1.15)

# Elements of page 526 (6.1.1.16)

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# End page 526 (6.1.1.16)

# Elements of page 527 (6.1.1.17)

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# End page 527 (6.1.1.17)

# Elements of page 528 (6.1.1.19)

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# End page 528 (6.1.1.19)

# Elements of page 529 (6.1.1.2)

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# End page 529 (6.1.1.2)

# Elements of page 530 (6.1.1.20)

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# End page 530 (6.1.1.20)

# Elements of page 531 (6.1.1.21)

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# End page 531 (6.1.1.21)

# Elements of page 532 (6.1.1.3)

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# End page 532 (6.1.1.3)

# Elements of page 533 (6.1.1.4)

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# End page 533 (6.1.1.4)

# Elements of page 534 (6.1.1.5)

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# End page 534 (6.1.1.5)

# Elements of page 535 (6.1.1.7)

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    M 3 I 7510 N 61 P 23 I 7718 N 61 V 507 I 7763 N 61 10 10 0 40 2 1418 532 1390 560 
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}

A {
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    M 3 I 7508 N 61 V 507 I 7763 N 61 P 16 I 7717 N 61 10 10 0 40 2 1390 570 1415 570 
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}

A {
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    ""
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    M 3 I 7506 N 61 P 16 I 7717 N 61 V 507 I 7763 N 61 10 10 0 40 2 1415 570 1390 570 
    M 2 I 263 N 524 P 16 I 276 N 524 T 901 I 273 N 524 10 10 0 40 2 1447 652 1420 671 
}

A {
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    ""
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    M 3 I 7504 N 61 V 507 I 7763 N 61 P 285 I 7716 N 61 10 10 0 40 2 1390 580 1418 608 
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}

A {
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    ""
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    M 3 I 7502 N 61 P 285 I 7716 N 61 V 507 I 7763 N 61 10 10 0 40 2 1418 608 1390 580 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 7500 N 61 P 8 I 7715 N 61 V 508 I 7762 N 61 10 10 0 40 2 367 532 395 560 
    M 2 I 252 N 525 P 8 I 260 N 525 T 902 I 254 N 525 10 10 0 40 2 370 609 398 637 
}

A {
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    ""
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    M 3 I 7498 N 61 V 508 I 7762 N 61 P 8 I 7715 N 61 10 10 0 40 2 395 560 367 532 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7497 N 61 P 49 I 7714 N 61 T 902 I 254 N 525 10 10 0 40 2 365 578 402 637 
    M 3 I 7496 N 61 P 49 I 7714 N 61 V 508 I 7762 N 61 10 10 0 40 2 370 570 395 570 
    M 2 I 250 N 525 P 49 I 259 N 525 T 902 I 254 N 525 10 10 0 40 2 373 647 398 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7495 N 61 T 903 I 253 N 525 P 49 I 7714 N 61 10 10 0 40 2 404 667 364 579 
    M 3 I 7494 N 61 V 508 I 7762 N 61 P 49 I 7714 N 61 10 10 0 40 2 395 570 370 570 
    M 2 I 249 N 525 T 903 I 253 N 525 P 49 I 259 N 525 10 10 0 40 2 398 671 371 652 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7493 N 61 P 340 I 7713 N 61 T 902 I 254 N 525 10 10 0 40 2 368 620 398 641 
    M 3 I 7492 N 61 P 340 I 7713 N 61 V 508 I 7762 N 61 10 10 0 40 2 367 608 395 580 
    M 2 I 248 N 525 P 340 I 258 N 525 T 902 I 254 N 525 10 10 0 40 2 370 685 398 657 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7491 N 61 T 903 I 253 N 525 P 340 I 7713 N 61 10 10 0 40 2 401 667 366 622 
    M 3 I 7490 N 61 V 508 I 7762 N 61 P 340 I 7713 N 61 10 10 0 40 2 395 580 367 608 
    M 2 I 247 N 525 T 903 I 253 N 525 P 340 I 258 N 525 10 10 0 40 2 398 680 372 689 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7489 N 61 T 902 I 254 N 525 P 23 I 7712 N 61 10 10 0 40 2 411 637 447 534 
    M 3 I 7488 N 61 V 508 I 7762 N 61 P 23 I 7712 N 61 10 10 0 40 2 415 560 443 532 
    M 2 I 246 N 525 T 902 I 254 N 525 P 23 I 257 N 525 10 10 0 40 2 418 637 446 609 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7487 N 61 P 23 I 7712 N 61 T 903 I 253 N 525 10 10 0 40 2 448 534 410 667 
    M 3 I 7486 N 61 P 23 I 7712 N 61 V 508 I 7762 N 61 10 10 0 40 2 443 532 415 560 
    M 2 I 245 N 525 P 23 I 257 N 525 T 903 I 253 N 525 10 10 0 40 2 448 610 413 667 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7485 N 61 T 902 I 254 N 525 P 16 I 7711 N 61 10 10 0 40 2 413 637 446 578 
    M 3 I 7484 N 61 V 508 I 7762 N 61 P 16 I 7711 N 61 10 10 0 40 2 415 570 440 570 
    M 2 I 244 N 525 T 902 I 254 N 525 P 16 I 256 N 525 10 10 0 40 2 418 647 443 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7483 N 61 P 16 I 7711 N 61 T 903 I 253 N 525 10 10 0 40 2 447 579 411 667 
    M 3 I 7482 N 61 P 16 I 7711 N 61 V 508 I 7762 N 61 10 10 0 40 2 440 570 415 570 
    M 2 I 243 N 525 P 16 I 256 N 525 T 903 I 253 N 525 10 10 0 40 2 445 652 418 671 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7481 N 61 T 902 I 254 N 525 P 341 I 7710 N 61 10 10 0 40 2 418 640 442 621 
    M 3 I 7480 N 61 V 508 I 7762 N 61 P 341 I 7710 N 61 10 10 0 40 2 415 580 443 608 
    M 2 I 242 N 525 T 902 I 254 N 525 P 341 I 255 N 525 10 10 0 40 2 418 657 446 685 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7479 N 61 P 341 I 7710 N 61 T 903 I 253 N 525 10 10 0 40 2 445 623 414 667 
    M 3 I 7478 N 61 P 341 I 7710 N 61 V 508 I 7762 N 61 10 10 0 40 2 443 608 415 580 
    M 2 I 241 N 525 P 341 I 255 N 525 T 903 I 253 N 525 10 10 0 40 2 444 689 418 680 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7477 N 61 P 8 I 7709 N 61 T 904 I 234 N 526 10 10 0 40 2 652 66 677 91 
    M 3 I 7476 N 61 P 8 I 7709 N 61 V 509 I 7761 N 61 10 10 0 40 2 652 67 680 95 
    M 2 I 232 N 526 P 8 I 240 N 526 T 904 I 234 N 526 10 10 0 40 2 649 62 677 90 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7475 N 61 T 905 I 233 N 526 P 8 I 7709 N 61 10 10 0 40 2 681 120 650 68 
    M 3 I 7474 N 61 V 509 I 7761 N 61 P 8 I 7709 N 61 10 10 0 40 2 680 95 652 67 
    M 2 I 231 N 526 T 905 I 233 N 526 P 8 I 240 N 526 10 10 0 40 2 681 120 647 63 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7473 N 61 P 39 I 7708 N 61 T 904 I 234 N 526 10 10 0 40 2 655 104 677 101 
    M 3 I 7472 N 61 P 39 I 7708 N 61 V 509 I 7761 N 61 10 10 0 40 2 655 105 680 105 
    M 2 I 230 N 526 P 39 I 239 N 526 T 904 I 234 N 526 10 10 0 40 2 652 100 677 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7471 N 61 T 905 I 233 N 526 P 39 I 7708 N 61 10 10 0 40 2 677 125 653 110 
    M 3 I 7470 N 61 V 509 I 7761 N 61 P 39 I 7708 N 61 10 10 0 40 2 680 105 655 105 
    M 2 I 229 N 526 T 905 I 233 N 526 P 39 I 239 N 526 10 10 0 40 2 677 124 650 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7469 N 61 P 300 I 7707 N 61 T 904 I 234 N 526 10 10 0 40 2 651 143 679 110 
    M 3 I 7468 N 61 P 300 I 7707 N 61 V 509 I 7761 N 61 10 10 0 40 2 652 143 680 115 
    M 2 I 228 N 526 P 300 I 238 N 526 T 904 I 234 N 526 10 10 0 40 2 649 138 677 110 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7467 N 61 T 905 I 233 N 526 P 300 I 7707 N 61 10 10 0 40 2 677 134 654 146 
    M 3 I 7466 N 61 V 509 I 7761 N 61 P 300 I 7707 N 61 10 10 0 40 2 680 115 652 143 
    M 2 I 227 N 526 T 905 I 233 N 526 P 300 I 238 N 526 10 10 0 40 2 677 133 651 142 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7465 N 61 T 904 I 234 N 526 P 23 I 7706 N 61 10 10 0 40 2 697 92 728 66 
    M 3 I 7464 N 61 V 509 I 7761 N 61 P 23 I 7706 N 61 10 10 0 40 2 700 95 728 67 
    M 2 I 226 N 526 T 904 I 234 N 526 P 23 I 237 N 526 10 10 0 40 2 697 90 725 62 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7463 N 61 P 23 I 7706 N 61 T 905 I 233 N 526 10 10 0 40 2 730 68 693 120 
    M 3 I 7462 N 61 P 23 I 7706 N 61 V 509 I 7761 N 61 10 10 0 40 2 728 67 700 95 
    M 2 I 225 N 526 P 23 I 237 N 526 T 905 I 233 N 526 10 10 0 40 2 727 63 692 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7461 N 61 T 904 I 234 N 526 P 16 I 7705 N 61 10 10 0 40 2 697 101 725 104 
    M 3 I 7460 N 61 V 509 I 7761 N 61 P 16 I 7705 N 61 10 10 0 40 2 700 105 725 105 
    M 2 I 224 N 526 T 904 I 234 N 526 P 16 I 236 N 526 10 10 0 40 2 697 100 722 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7459 N 61 P 16 I 7705 N 61 T 905 I 233 N 526 10 10 0 40 2 727 109 697 125 
    M 3 I 7458 N 61 P 16 I 7705 N 61 V 509 I 7761 N 61 10 10 0 40 2 725 105 700 105 
    M 2 I 223 N 526 P 16 I 236 N 526 T 905 I 233 N 526 10 10 0 40 2 724 105 697 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7457 N 61 T 904 I 234 N 526 P 301 I 7704 N 61 10 10 0 40 2 696 110 728 143 
    M 3 I 7456 N 61 V 509 I 7761 N 61 P 301 I 7704 N 61 10 10 0 40 2 700 115 728 143 
    M 2 I 222 N 526 T 904 I 234 N 526 P 301 I 235 N 526 10 10 0 40 2 697 110 725 138 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7455 N 61 P 301 I 7704 N 61 T 905 I 233 N 526 10 10 0 40 2 726 147 697 134 
    M 3 I 7454 N 61 P 301 I 7704 N 61 V 509 I 7761 N 61 10 10 0 40 2 728 143 700 115 
    M 2 I 221 N 526 P 301 I 235 N 526 T 905 I 233 N 526 10 10 0 40 2 723 142 697 133 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7453 N 61 P 260 I 7703 N 61 T 906 I 214 N 527 10 10 0 40 2 827 69 833 90 
    M 3 I 7452 N 61 P 260 I 7703 N 61 V 510 I 7760 N 61 10 10 0 40 2 832 67 860 95 
    M 2 I 212 N 527 P 260 I 220 N 527 T 906 I 214 N 527 10 10 0 40 2 797 62 825 90 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7451 N 61 T 907 I 213 N 527 P 260 I 7703 N 61 10 10 0 40 2 834 120 826 70 
    M 3 I 7450 N 61 V 510 I 7760 N 61 P 260 I 7703 N 61 10 10 0 40 2 860 95 832 67 
    M 2 I 211 N 527 T 907 I 213 N 527 P 260 I 220 N 527 10 10 0 40 2 829 120 795 63 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7449 N 61 P 41 I 7702 N 61 T 906 I 214 N 527 10 10 0 40 2 825 105 835 100 
    M 3 I 7448 N 61 P 41 I 7702 N 61 V 510 I 7760 N 61 10 10 0 40 2 835 105 860 105 
    M 2 I 210 N 527 P 41 I 219 N 527 T 906 I 214 N 527 10 10 0 40 2 800 100 825 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7447 N 61 T 907 I 213 N 527 P 41 I 7702 N 61 10 10 0 40 2 831 120 828 114 
    M 3 I 7446 N 61 V 510 I 7760 N 61 P 41 I 7702 N 61 10 10 0 40 2 860 105 835 105 
    M 2 I 209 N 527 T 907 I 213 N 527 P 41 I 219 N 527 10 10 0 40 2 825 124 798 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7445 N 61 P 8 I 7701 N 61 T 906 I 214 N 527 10 10 0 40 2 827 140 833 110 
    M 3 I 7444 N 61 P 8 I 7701 N 61 V 510 I 7760 N 61 10 10 0 40 2 832 143 860 115 
    M 2 I 208 N 527 P 8 I 218 N 527 T 906 I 214 N 527 10 10 0 40 2 797 138 825 110 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7443 N 61 T 907 I 213 N 527 P 8 I 7701 N 61 10 10 0 40 2 830 140 825 150 
    M 3 I 7442 N 61 V 510 I 7760 N 61 P 8 I 7701 N 61 10 10 0 40 2 860 115 832 143 
    M 2 I 207 N 527 T 907 I 213 N 527 P 8 I 218 N 527 10 10 0 40 2 825 133 799 142 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7441 N 61 T 906 I 214 N 527 P 261 I 7700 N 61 10 10 0 40 2 845 95 907 64 
    M 3 I 7440 N 61 V 510 I 7760 N 61 P 261 I 7700 N 61 10 10 0 40 2 880 95 908 67 
    M 2 I 206 N 527 T 906 I 214 N 527 P 261 I 217 N 527 10 10 0 40 2 845 90 873 62 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7439 N 61 P 261 I 7700 N 61 T 907 I 213 N 527 10 10 0 40 2 908 66 845 122 
    M 3 I 7438 N 61 P 261 I 7700 N 61 V 510 I 7760 N 61 10 10 0 40 2 908 67 880 95 
    M 2 I 205 N 527 P 261 I 217 N 527 T 907 I 213 N 527 10 10 0 40 2 875 63 840 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7437 N 61 T 906 I 214 N 527 P 16 I 7699 N 61 10 10 0 40 2 845 100 905 105 
    M 3 I 7436 N 61 V 510 I 7760 N 61 P 16 I 7699 N 61 10 10 0 40 2 880 105 905 105 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7434 N 61 P 16 I 7699 N 61 V 510 I 7760 N 61 10 10 0 40 2 905 105 880 105 
    M 2 I 203 N 527 P 16 I 216 N 527 T 907 I 213 N 527 10 10 0 40 2 872 105 845 124 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7432 N 61 V 510 I 7760 N 61 P 23 I 7698 N 61 10 10 0 40 2 880 115 908 143 
    M 2 I 202 N 527 T 906 I 214 N 527 P 23 I 215 N 527 10 10 0 40 2 845 110 873 138 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7430 N 61 P 23 I 7698 N 61 V 510 I 7760 N 61 10 10 0 40 2 908 143 880 115 
    M 2 I 201 N 527 P 23 I 215 N 527 T 907 I 213 N 527 10 10 0 40 2 871 142 845 133 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7429 N 61 P 8 I 7697 N 61 T 908 I 194 N 528 10 10 0 40 2 1087 66 1118 92 
    M 3 I 7428 N 61 P 8 I 7697 N 61 V 511 I 7759 N 61 10 10 0 40 2 1087 67 1115 95 
    M 2 I 192 N 528 P 8 I 200 N 528 T 908 I 194 N 528 10 10 0 40 2 1090 62 1118 90 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7426 N 61 V 511 I 7759 N 61 P 8 I 7697 N 61 10 10 0 40 2 1115 95 1087 67 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7424 N 61 P 36 I 7696 N 61 V 511 I 7759 N 61 10 10 0 40 2 1090 105 1115 105 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7423 N 61 T 909 I 193 N 528 P 36 I 7696 N 61 10 10 0 40 2 1118 125 1089 109 
    M 3 I 7422 N 61 V 511 I 7759 N 61 P 36 I 7696 N 61 10 10 0 40 2 1115 105 1090 105 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7420 N 61 P 342 I 7695 N 61 V 511 I 7759 N 61 10 10 0 40 2 1087 143 1115 115 
    M 2 I 188 N 528 P 342 I 198 N 528 T 908 I 194 N 528 10 10 0 40 2 1090 138 1118 110 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7418 N 61 V 511 I 7759 N 61 P 342 I 7695 N 61 10 10 0 40 2 1115 115 1087 143 
    M 2 I 187 N 528 T 909 I 193 N 528 P 342 I 198 N 528 10 10 0 40 2 1118 133 1092 142 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7416 N 61 V 511 I 7759 N 61 P 23 I 7694 N 61 10 10 0 40 2 1135 95 1163 67 
    M 2 I 186 N 528 T 908 I 194 N 528 P 23 I 197 N 528 10 10 0 40 2 1138 90 1166 62 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7414 N 61 P 23 I 7694 N 61 V 511 I 7759 N 61 10 10 0 40 2 1163 67 1135 95 
    M 2 I 185 N 528 P 23 I 197 N 528 T 909 I 193 N 528 10 10 0 40 2 1168 63 1133 120 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7412 N 61 V 511 I 7759 N 61 P 16 I 7693 N 61 10 10 0 40 2 1135 105 1160 105 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7410 N 61 P 16 I 7693 N 61 V 511 I 7759 N 61 10 10 0 40 2 1160 105 1135 105 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7408 N 61 V 511 I 7759 N 61 P 343 I 7692 N 61 10 10 0 40 2 1135 115 1163 143 
    M 2 I 182 N 528 T 908 I 194 N 528 P 343 I 195 N 528 10 10 0 40 2 1138 110 1166 138 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7406 N 61 P 343 I 7692 N 61 V 511 I 7759 N 61 10 10 0 40 2 1163 143 1135 115 
    M 2 I 181 N 528 P 343 I 195 N 528 T 909 I 193 N 528 10 10 0 40 2 1164 142 1138 133 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7405 N 61 P 8 I 7691 N 61 T 910 I 174 N 529 10 10 0 40 2 1372 66 1400 92 
    M 3 I 7404 N 61 P 8 I 7691 N 61 V 512 I 7758 N 61 10 10 0 40 2 1372 67 1400 95 
    M 2 I 172 N 529 P 8 I 180 N 529 T 910 I 174 N 529 10 10 0 40 2 1372 62 1400 90 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7403 N 61 T 911 I 173 N 529 P 8 I 7691 N 61 10 10 0 40 2 1404 120 1370 68 
    M 3 I 7402 N 61 V 512 I 7758 N 61 P 8 I 7691 N 61 10 10 0 40 2 1400 95 1372 67 
    M 2 I 171 N 529 T 911 I 173 N 529 P 8 I 180 N 529 10 10 0 40 2 1404 120 1370 63 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7401 N 61 P 52 I 7690 N 61 T 910 I 174 N 529 10 10 0 40 2 1375 104 1400 101 
    M 3 I 7400 N 61 P 52 I 7690 N 61 V 512 I 7758 N 61 10 10 0 40 2 1375 105 1400 105 
    M 2 I 170 N 529 P 52 I 179 N 529 T 910 I 174 N 529 10 10 0 40 2 1375 100 1400 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7399 N 61 T 911 I 173 N 529 P 52 I 7690 N 61 10 10 0 40 2 1400 125 1373 110 
    M 3 I 7398 N 61 V 512 I 7758 N 61 P 52 I 7690 N 61 10 10 0 40 2 1400 105 1375 105 
    M 2 I 169 N 529 T 911 I 173 N 529 P 52 I 179 N 529 10 10 0 40 2 1400 124 1373 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7397 N 61 P 360 I 7689 N 61 T 910 I 174 N 529 10 10 0 40 2 1371 143 1401 110 
    M 3 I 7396 N 61 P 360 I 7689 N 61 V 512 I 7758 N 61 10 10 0 40 2 1372 143 1400 115 
    M 2 I 168 N 529 P 360 I 178 N 529 T 910 I 174 N 529 10 10 0 40 2 1372 138 1400 110 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7395 N 61 T 911 I 173 N 529 P 360 I 7689 N 61 10 10 0 40 2 1400 134 1374 146 
    M 3 I 7394 N 61 V 512 I 7758 N 61 P 360 I 7689 N 61 10 10 0 40 2 1400 115 1372 143 
    M 2 I 167 N 529 T 911 I 173 N 529 P 360 I 178 N 529 10 10 0 40 2 1400 133 1374 142 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7393 N 61 T 910 I 174 N 529 P 23 I 7688 N 61 10 10 0 40 2 1420 92 1448 66 
    M 3 I 7392 N 61 V 512 I 7758 N 61 P 23 I 7688 N 61 10 10 0 40 2 1420 95 1448 67 
    M 2 I 166 N 529 T 910 I 174 N 529 P 23 I 177 N 529 10 10 0 40 2 1420 90 1448 62 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7391 N 61 P 23 I 7688 N 61 T 911 I 173 N 529 10 10 0 40 2 1450 68 1416 120 
    M 3 I 7390 N 61 P 23 I 7688 N 61 V 512 I 7758 N 61 10 10 0 40 2 1448 67 1420 95 
    M 2 I 165 N 529 P 23 I 177 N 529 T 911 I 173 N 529 10 10 0 40 2 1450 63 1415 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7389 N 61 T 910 I 174 N 529 P 16 I 7687 N 61 10 10 0 40 2 1420 101 1445 104 
    M 3 I 7388 N 61 V 512 I 7758 N 61 P 16 I 7687 N 61 10 10 0 40 2 1420 105 1445 105 
    M 2 I 164 N 529 T 910 I 174 N 529 P 16 I 176 N 529 10 10 0 40 2 1420 100 1445 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7387 N 61 P 16 I 7687 N 61 T 911 I 173 N 529 10 10 0 40 2 1447 109 1420 125 
    M 3 I 7386 N 61 P 16 I 7687 N 61 V 512 I 7758 N 61 10 10 0 40 2 1445 105 1420 105 
    M 2 I 163 N 529 P 16 I 176 N 529 T 911 I 173 N 529 10 10 0 40 2 1447 105 1420 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7385 N 61 T 910 I 174 N 529 P 361 I 7686 N 61 10 10 0 40 2 1419 110 1449 143 
    M 3 I 7384 N 61 V 512 I 7758 N 61 P 361 I 7686 N 61 10 10 0 40 2 1420 115 1448 143 
    M 2 I 162 N 529 T 910 I 174 N 529 P 361 I 175 N 529 10 10 0 40 2 1420 110 1448 138 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7383 N 61 P 361 I 7686 N 61 T 911 I 173 N 529 10 10 0 40 2 1446 146 1420 134 
    M 3 I 7382 N 61 P 361 I 7686 N 61 V 512 I 7758 N 61 10 10 0 40 2 1448 143 1420 115 
    M 2 I 161 N 529 P 361 I 175 N 529 T 911 I 173 N 529 10 10 0 40 2 1446 142 1420 133 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7380 N 61 P 8 I 7685 N 61 V 513 I 7757 N 61 10 10 0 40 2 1057 532 1085 560 
    M 2 I 152 N 530 P 8 I 160 N 530 T 912 I 154 N 530 10 10 0 40 2 1090 609 1118 637 
}

A {
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    M 3 I 7378 N 61 V 513 I 7757 N 61 P 8 I 7685 N 61 10 10 0 40 2 1085 560 1057 532 
    M 2 I 151 N 530 T 913 I 153 N 530 P 8 I 160 N 530 10 10 0 40 2 1122 667 1088 610 
}

A {
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    M 3 I 7376 N 61 P 48 I 7684 N 61 V 513 I 7757 N 61 10 10 0 40 2 1060 570 1085 570 
    M 2 I 150 N 530 P 48 I 159 N 530 T 912 I 154 N 530 10 10 0 40 2 1093 647 1118 647 
}

A {
    1 0 [0,0] 0 0
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    M 3 I 7374 N 61 V 513 I 7757 N 61 P 48 I 7684 N 61 10 10 0 40 2 1085 570 1060 570 
    M 2 I 149 N 530 T 913 I 153 N 530 P 48 I 159 N 530 10 10 0 40 2 1118 671 1091 652 
}

A {
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    M 3 I 7372 N 61 P 375 I 7683 N 61 V 513 I 7757 N 61 10 10 0 40 2 1057 608 1085 580 
    M 2 I 148 N 530 P 375 I 158 N 530 T 912 I 154 N 530 10 10 0 40 2 1090 685 1118 657 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7370 N 61 V 513 I 7757 N 61 P 375 I 7683 N 61 10 10 0 40 2 1085 580 1057 608 
    M 2 I 147 N 530 T 913 I 153 N 530 P 375 I 158 N 530 10 10 0 40 2 1118 680 1092 689 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7368 N 61 V 513 I 7757 N 61 P 23 I 7682 N 61 10 10 0 40 2 1105 560 1133 532 
    M 2 I 146 N 530 T 912 I 154 N 530 P 23 I 157 N 530 10 10 0 40 2 1138 637 1166 609 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7367 N 61 P 23 I 7682 N 61 T 913 I 153 N 530 10 10 0 40 2 1140 535 1128 667 
    M 3 I 7366 N 61 P 23 I 7682 N 61 V 513 I 7757 N 61 10 10 0 40 2 1133 532 1105 560 
    M 2 I 145 N 530 P 23 I 157 N 530 T 913 I 153 N 530 10 10 0 40 2 1168 610 1133 667 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7365 N 61 T 912 I 154 N 530 P 16 I 7681 N 61 10 10 0 40 2 1129 637 1139 580 
    M 3 I 7364 N 61 V 513 I 7757 N 61 P 16 I 7681 N 61 10 10 0 40 2 1105 570 1130 570 
    M 2 I 144 N 530 T 912 I 154 N 530 P 16 I 156 N 530 10 10 0 40 2 1138 647 1163 647 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7362 N 61 P 16 I 7681 N 61 V 513 I 7757 N 61 10 10 0 40 2 1130 570 1105 570 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7361 N 61 T 912 I 154 N 530 P 376 I 7680 N 61 10 10 0 40 2 1131 637 1137 624 
    M 3 I 7360 N 61 V 513 I 7757 N 61 P 376 I 7680 N 61 10 10 0 40 2 1105 580 1133 608 
    M 2 I 142 N 530 T 912 I 154 N 530 P 376 I 155 N 530 10 10 0 40 2 1138 657 1166 685 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7359 N 61 P 376 I 7680 N 61 T 913 I 153 N 530 10 10 0 40 2 1139 624 1130 667 
    M 3 I 7358 N 61 P 376 I 7680 N 61 V 513 I 7757 N 61 10 10 0 40 2 1133 608 1105 580 
    M 2 I 141 N 530 P 376 I 155 N 530 T 913 I 153 N 530 10 10 0 40 2 1164 689 1138 680 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7357 N 61 P 8 I 7679 N 61 T 914 I 134 N 531 10 10 0 40 2 920 533 980 637 
    M 3 I 7356 N 61 P 8 I 7679 N 61 V 514 I 7756 N 61 10 10 0 40 2 922 532 950 560 
    M 2 I 132 N 531 P 8 I 140 N 531 T 914 I 134 N 531 10 10 0 40 2 947 609 975 637 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7355 N 61 T 915 I 133 N 531 P 8 I 7679 N 61 10 10 0 40 2 981 667 919 534 
    M 3 I 7354 N 61 V 514 I 7756 N 61 P 8 I 7679 N 61 10 10 0 40 2 950 560 922 532 
    M 2 I 131 N 531 T 915 I 133 N 531 P 8 I 140 N 531 10 10 0 40 2 979 667 945 610 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7353 N 61 P 43 I 7678 N 61 T 914 I 134 N 531 10 10 0 40 2 921 577 976 637 
    M 3 I 7352 N 61 P 43 I 7678 N 61 V 514 I 7756 N 61 10 10 0 40 2 925 570 950 570 
    M 2 I 130 N 531 P 43 I 139 N 531 T 914 I 134 N 531 10 10 0 40 2 950 647 975 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7351 N 61 T 915 I 133 N 531 P 43 I 7678 N 61 10 10 0 40 2 979 667 920 578 
    M 3 I 7350 N 61 V 514 I 7756 N 61 P 43 I 7678 N 61 10 10 0 40 2 950 570 925 570 
    M 2 I 129 N 531 T 915 I 133 N 531 P 43 I 139 N 531 10 10 0 40 2 975 671 948 652 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7349 N 61 P 346 I 7677 N 61 T 914 I 134 N 531 10 10 0 40 2 924 619 975 643 
    M 3 I 7348 N 61 P 346 I 7677 N 61 V 514 I 7756 N 61 10 10 0 40 2 922 608 950 580 
    M 2 I 128 N 531 P 346 I 138 N 531 T 914 I 134 N 531 10 10 0 40 2 947 685 975 657 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7347 N 61 T 915 I 133 N 531 P 346 I 7677 N 61 10 10 0 40 2 975 669 922 621 
    M 3 I 7346 N 61 V 514 I 7756 N 61 P 346 I 7677 N 61 10 10 0 40 2 950 580 922 608 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7344 N 61 V 514 I 7756 N 61 P 23 I 7676 N 61 10 10 0 40 2 970 560 998 532 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7342 N 61 P 23 I 7676 N 61 V 514 I 7756 N 61 10 10 0 40 2 998 532 970 560 
    M 2 I 125 N 531 P 23 I 137 N 531 T 915 I 133 N 531 10 10 0 40 2 1025 610 990 667 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7341 N 61 T 914 I 134 N 531 P 16 I 7675 N 61 10 10 0 40 2 987 637 1003 579 
    M 3 I 7340 N 61 V 514 I 7756 N 61 P 16 I 7675 N 61 10 10 0 40 2 970 570 995 570 
    M 2 I 124 N 531 T 914 I 134 N 531 P 16 I 136 N 531 10 10 0 40 2 995 647 1020 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7339 N 61 P 16 I 7675 N 61 T 915 I 133 N 531 10 10 0 40 2 1004 579 986 667 
    M 3 I 7338 N 61 P 16 I 7675 N 61 V 514 I 7756 N 61 10 10 0 40 2 995 570 970 570 
    M 2 I 123 N 531 P 16 I 136 N 531 T 915 I 133 N 531 10 10 0 40 2 1022 652 995 671 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7336 N 61 V 514 I 7756 N 61 P 347 I 7674 N 61 10 10 0 40 2 970 580 998 608 
    M 2 I 122 N 531 T 914 I 134 N 531 P 347 I 135 N 531 10 10 0 40 2 995 657 1023 685 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7334 N 61 P 347 I 7674 N 61 V 514 I 7756 N 61 10 10 0 40 2 998 608 970 580 
    M 2 I 121 N 531 P 347 I 135 N 531 T 915 I 133 N 531 10 10 0 40 2 1021 689 995 680 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7332 N 61 P 8 I 7673 N 61 V 515 I 7755 N 61 10 10 0 40 2 232 532 260 560 
    M 2 I 112 N 532 P 8 I 120 N 532 T 916 I 114 N 532 10 10 0 40 2 225 609 253 637 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7331 N 61 T 917 I 113 N 532 P 8 I 7673 N 61 10 10 0 40 2 261 667 227 534 
    M 3 I 7330 N 61 V 515 I 7755 N 61 P 8 I 7673 N 61 10 10 0 40 2 260 560 232 532 
    M 2 I 111 N 532 T 917 I 113 N 532 P 8 I 120 N 532 10 10 0 40 2 257 667 223 610 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7329 N 61 P 51 I 7672 N 61 T 916 I 114 N 532 10 10 0 40 2 229 579 258 637 
    M 3 I 7328 N 61 P 51 I 7672 N 61 V 515 I 7755 N 61 10 10 0 40 2 235 570 260 570 
    M 2 I 110 N 532 P 51 I 119 N 532 T 916 I 114 N 532 10 10 0 40 2 228 647 253 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7327 N 61 T 917 I 113 N 532 P 51 I 7672 N 61 10 10 0 40 2 260 667 228 579 
    M 3 I 7326 N 61 V 515 I 7755 N 61 P 51 I 7672 N 61 10 10 0 40 2 260 570 235 570 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7325 N 61 P 286 I 7671 N 61 T 916 I 114 N 532 10 10 0 40 2 232 621 253 639 
    M 3 I 7324 N 61 P 286 I 7671 N 61 V 515 I 7755 N 61 10 10 0 40 2 232 608 260 580 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7323 N 61 T 917 I 113 N 532 P 286 I 7671 N 61 10 10 0 40 2 257 667 230 623 
    M 3 I 7322 N 61 V 515 I 7755 N 61 P 286 I 7671 N 61 10 10 0 40 2 260 580 232 608 
    M 2 I 107 N 532 T 917 I 113 N 532 P 286 I 118 N 532 10 10 0 40 2 253 680 227 689 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7321 N 61 T 916 I 114 N 532 P 23 I 7670 N 61 10 10 0 40 2 267 637 312 534 
    M 3 I 7320 N 61 V 515 I 7755 N 61 P 23 I 7670 N 61 10 10 0 40 2 280 560 308 532 
    M 2 I 106 N 532 T 916 I 114 N 532 P 23 I 117 N 532 10 10 0 40 2 273 637 301 609 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7318 N 61 P 23 I 7670 N 61 V 515 I 7755 N 61 10 10 0 40 2 308 532 280 560 
    M 2 I 105 N 532 P 23 I 117 N 532 T 917 I 113 N 532 10 10 0 40 2 303 610 268 667 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7317 N 61 T 916 I 114 N 532 P 16 I 7669 N 61 10 10 0 40 2 269 637 310 578 
    M 3 I 7316 N 61 V 515 I 7755 N 61 P 16 I 7669 N 61 10 10 0 40 2 280 570 305 570 
    M 2 I 104 N 532 T 916 I 114 N 532 P 16 I 116 N 532 10 10 0 40 2 273 647 298 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7315 N 61 P 16 I 7669 N 61 T 917 I 113 N 532 10 10 0 40 2 311 579 267 667 
    M 3 I 7314 N 61 P 16 I 7669 N 61 V 515 I 7755 N 61 10 10 0 40 2 305 570 280 570 
    M 2 I 103 N 532 P 16 I 116 N 532 T 917 I 113 N 532 10 10 0 40 2 300 652 273 671 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7313 N 61 T 916 I 114 N 532 P 287 I 7668 N 61 10 10 0 40 2 273 641 307 620 
    M 3 I 7312 N 61 V 515 I 7755 N 61 P 287 I 7668 N 61 10 10 0 40 2 280 580 308 608 
    M 2 I 102 N 532 T 916 I 114 N 532 P 287 I 115 N 532 10 10 0 40 2 273 657 301 685 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7310 N 61 P 287 I 7668 N 61 V 515 I 7755 N 61 10 10 0 40 2 308 608 280 580 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 7308 N 61 P 8 I 7667 N 61 V 516 I 7754 N 61 10 10 0 40 2 502 67 530 95 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 2 I 91 N 533 T 919 I 93 N 533 P 8 I 100 N 533 10 10 0 40 2 541 120 507 63 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 2 I 90 N 533 P 45 I 99 N 533 T 918 I 94 N 533 10 10 0 40 2 512 100 537 100 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7302 N 61 V 516 I 7754 N 61 P 45 I 7666 N 61 10 10 0 40 2 530 105 505 105 
    M 2 I 89 N 533 T 919 I 93 N 533 P 45 I 99 N 533 10 10 0 40 2 537 124 510 105 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7300 N 61 P 312 I 7665 N 61 V 516 I 7754 N 61 10 10 0 40 2 502 143 530 115 
    M 2 I 88 N 533 P 312 I 98 N 533 T 918 I 94 N 533 10 10 0 40 2 509 138 537 110 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7299 N 61 T 919 I 93 N 533 P 312 I 7665 N 61 10 10 0 40 2 537 133 504 147 
    M 3 I 7298 N 61 V 516 I 7754 N 61 P 312 I 7665 N 61 10 10 0 40 2 530 115 502 143 
    M 2 I 87 N 533 T 919 I 93 N 533 P 312 I 98 N 533 10 10 0 40 2 537 133 511 142 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 2 I 86 N 533 T 918 I 94 N 533 P 23 I 97 N 533 10 10 0 40 2 557 90 585 62 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7294 N 61 P 23 I 7664 N 61 V 516 I 7754 N 61 10 10 0 40 2 578 67 550 95 
    M 2 I 85 N 533 P 23 I 97 N 533 T 919 I 93 N 533 10 10 0 40 2 587 63 552 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7293 N 61 T 918 I 94 N 533 P 16 I 7663 N 61 10 10 0 40 2 557 101 575 104 
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    M 2 I 84 N 533 T 918 I 94 N 533 P 16 I 96 N 533 10 10 0 40 2 557 100 582 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7291 N 61 P 16 I 7663 N 61 T 919 I 93 N 533 10 10 0 40 2 577 110 557 124 
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    M 2 I 83 N 533 P 16 I 96 N 533 T 919 I 93 N 533 10 10 0 40 2 584 105 557 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7289 N 61 T 918 I 94 N 533 P 313 I 7662 N 61 10 10 0 40 2 554 110 579 142 
    M 3 I 7288 N 61 V 516 I 7754 N 61 P 313 I 7662 N 61 10 10 0 40 2 550 115 578 143 
    M 2 I 82 N 533 T 918 I 94 N 533 P 313 I 95 N 533 10 10 0 40 2 557 110 585 138 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7286 N 61 P 313 I 7662 N 61 V 516 I 7754 N 61 10 10 0 40 2 578 143 550 115 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7285 N 61 P 8 I 7661 N 61 T 920 I 74 N 534 10 10 0 40 2 231 67 254 90 
    M 3 I 7284 N 61 P 8 I 7661 N 61 V 517 I 7753 N 61 10 10 0 40 2 232 67 260 95 
    M 2 I 72 N 534 P 8 I 80 N 534 T 920 I 74 N 534 10 10 0 40 2 225 62 253 90 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7283 N 61 T 921 I 73 N 534 P 8 I 7661 N 61 10 10 0 40 2 258 120 229 68 
    M 3 I 7282 N 61 V 517 I 7753 N 61 P 8 I 7661 N 61 10 10 0 40 2 260 95 232 67 
    M 2 I 71 N 534 T 921 I 73 N 534 P 8 I 80 N 534 10 10 0 40 2 257 120 223 63 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7281 N 61 P 44 I 7660 N 61 T 920 I 74 N 534 10 10 0 40 2 235 104 253 101 
    M 3 I 7280 N 61 P 44 I 7660 N 61 V 517 I 7753 N 61 10 10 0 40 2 235 105 260 105 
    M 2 I 70 N 534 P 44 I 79 N 534 T 920 I 74 N 534 10 10 0 40 2 228 100 253 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7279 N 61 T 921 I 73 N 534 P 44 I 7660 N 61 10 10 0 40 2 253 124 233 110 
    M 3 I 7278 N 61 V 517 I 7753 N 61 P 44 I 7660 N 61 10 10 0 40 2 260 105 235 105 
    M 2 I 69 N 534 T 921 I 73 N 534 P 44 I 79 N 534 10 10 0 40 2 253 124 226 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7277 N 61 P 314 I 7659 N 61 T 920 I 74 N 534 10 10 0 40 2 231 142 256 110 
    M 3 I 7276 N 61 P 314 I 7659 N 61 V 517 I 7753 N 61 10 10 0 40 2 232 143 260 115 
    M 2 I 68 N 534 P 314 I 78 N 534 T 920 I 74 N 534 10 10 0 40 2 225 138 253 110 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7275 N 61 T 921 I 73 N 534 P 314 I 7659 N 61 10 10 0 40 2 253 135 234 146 
    M 3 I 7274 N 61 V 517 I 7753 N 61 P 314 I 7659 N 61 10 10 0 40 2 260 115 232 143 
    M 2 I 67 N 534 T 921 I 73 N 534 P 314 I 78 N 534 10 10 0 40 2 253 133 227 142 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7273 N 61 T 920 I 74 N 534 P 23 I 7658 N 61 10 10 0 40 2 273 93 308 66 
    M 3 I 7272 N 61 V 517 I 7753 N 61 P 23 I 7658 N 61 10 10 0 40 2 280 95 308 67 
    M 2 I 66 N 534 T 920 I 74 N 534 P 23 I 77 N 534 10 10 0 40 2 273 90 301 62 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7271 N 61 P 23 I 7658 N 61 T 921 I 73 N 534 10 10 0 40 2 310 68 270 120 
    M 3 I 7270 N 61 P 23 I 7658 N 61 V 517 I 7753 N 61 10 10 0 40 2 308 67 280 95 
    M 2 I 65 N 534 P 23 I 77 N 534 T 921 I 73 N 534 10 10 0 40 2 303 63 268 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7269 N 61 T 920 I 74 N 534 P 16 I 7657 N 61 10 10 0 40 2 273 100 305 104 
    M 3 I 7268 N 61 V 517 I 7753 N 61 P 16 I 7657 N 61 10 10 0 40 2 280 105 305 105 
    M 2 I 64 N 534 T 920 I 74 N 534 P 16 I 76 N 534 10 10 0 40 2 273 100 298 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7267 N 61 P 16 I 7657 N 61 T 921 I 73 N 534 10 10 0 40 2 306 109 273 126 
    M 3 I 7266 N 61 P 16 I 7657 N 61 V 517 I 7753 N 61 10 10 0 40 2 305 105 280 105 
    M 2 I 63 N 534 P 16 I 76 N 534 T 921 I 73 N 534 10 10 0 40 2 300 105 273 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7265 N 61 T 920 I 74 N 534 P 315 I 7656 N 61 10 10 0 40 2 273 109 308 143 
    M 3 I 7264 N 61 V 517 I 7753 N 61 P 315 I 7656 N 61 10 10 0 40 2 280 115 308 143 
    M 2 I 62 N 534 T 920 I 74 N 534 P 315 I 75 N 534 10 10 0 40 2 273 110 301 138 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7263 N 61 P 315 I 7656 N 61 T 921 I 73 N 534 10 10 0 40 2 306 147 273 133 
    M 3 I 7262 N 61 P 315 I 7656 N 61 V 517 I 7753 N 61 10 10 0 40 2 308 143 280 115 
    M 2 I 61 N 534 P 315 I 75 N 534 T 921 I 73 N 534 10 10 0 40 2 299 142 273 133 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7261 N 61 P 8 I 7655 N 61 T 922 I 54 N 535 10 10 0 40 2 1190 533 1258 637 
    M 3 I 7260 N 61 P 8 I 7655 N 61 V 518 I 7752 N 61 10 10 0 40 2 1192 532 1220 560 
    M 2 I 52 N 535 P 8 I 60 N 535 T 922 I 54 N 535 10 10 0 40 2 1226 609 1254 637 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7259 N 61 T 923 I 53 N 535 P 8 I 7655 N 61 10 10 0 40 2 1259 667 1189 533 
    M 3 I 7258 N 61 V 518 I 7752 N 61 P 8 I 7655 N 61 10 10 0 40 2 1220 560 1192 532 
    M 2 I 51 N 535 T 923 I 53 N 535 P 8 I 60 N 535 10 10 0 40 2 1258 667 1224 610 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7257 N 61 P 35 I 7654 N 61 T 922 I 54 N 535 10 10 0 40 2 1192 577 1254 638 
    M 3 I 7256 N 61 P 35 I 7654 N 61 V 518 I 7752 N 61 10 10 0 40 2 1195 570 1220 570 
    M 2 I 50 N 535 P 35 I 59 N 535 T 922 I 54 N 535 10 10 0 40 2 1229 647 1254 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7255 N 61 T 923 I 53 N 535 P 35 I 7654 N 61 10 10 0 40 2 1257 667 1191 578 
    M 3 I 7254 N 61 V 518 I 7752 N 61 P 35 I 7654 N 61 10 10 0 40 2 1220 570 1195 570 
    M 2 I 49 N 535 T 923 I 53 N 535 P 35 I 59 N 535 10 10 0 40 2 1254 671 1227 652 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7253 N 61 P 270 I 7653 N 61 T 922 I 54 N 535 10 10 0 40 2 1194 618 1254 643 
    M 3 I 7252 N 61 P 270 I 7653 N 61 V 518 I 7752 N 61 10 10 0 40 2 1192 608 1220 580 
    M 2 I 48 N 535 P 270 I 58 N 535 T 922 I 54 N 535 10 10 0 40 2 1226 685 1254 657 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7251 N 61 T 923 I 53 N 535 P 270 I 7653 N 61 10 10 0 40 2 1254 670 1192 621 
    M 3 I 7250 N 61 V 518 I 7752 N 61 P 270 I 7653 N 61 10 10 0 40 2 1220 580 1192 608 
    M 2 I 47 N 535 T 923 I 53 N 535 P 270 I 58 N 535 10 10 0 40 2 1254 680 1228 689 
}

A {
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}

A {
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    M 3 I 7246 N 61 P 23 I 7652 N 61 V 518 I 7752 N 61 10 10 0 40 2 1268 532 1240 560 
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}

A {
    1 0 [0,0] 0 0
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}

A {
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}

A {
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}

A {
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}

A {
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    M 2 I 32 N 536 P 8 I 40 N 536 T 924 I 34 N 536 10 10 0 40 2 370 62 398 90 
}

A {
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    M 2 I 31 N 536 T 925 I 33 N 536 P 8 I 40 N 536 10 10 0 40 2 402 120 368 63 
}

A {
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    M 2 I 30 N 536 P 54 I 39 N 536 T 924 I 34 N 536 10 10 0 40 2 373 100 398 100 
}

A {
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    M 3 I 7230 N 61 V 519 I 7751 N 61 P 54 I 7648 N 61 10 10 0 40 2 395 105 370 105 
    M 2 I 29 N 536 T 925 I 33 N 536 P 54 I 39 N 536 10 10 0 40 2 398 124 371 105 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 7229 N 61 P 316 I 7647 N 61 T 924 I 34 N 536 10 10 0 40 2 366 143 399 110 
    M 3 I 7228 N 61 P 316 I 7647 N 61 V 519 I 7751 N 61 10 10 0 40 2 367 143 395 115 
    M 2 I 28 N 536 P 316 I 38 N 536 T 924 I 34 N 536 10 10 0 40 2 370 138 398 110 
}

A {
    1 0 [0,0] 0 0
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    M 3 I 7226 N 61 V 519 I 7751 N 61 P 316 I 7647 N 61 10 10 0 40 2 395 115 367 143 
    M 2 I 27 N 536 T 925 I 33 N 536 P 316 I 38 N 536 10 10 0 40 2 398 133 372 142 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7224 N 61 V 519 I 7751 N 61 P 23 I 7646 N 61 10 10 0 40 2 415 95 443 67 
    M 2 I 26 N 536 T 924 I 34 N 536 P 23 I 37 N 536 10 10 0 40 2 418 90 446 62 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7222 N 61 P 23 I 7646 N 61 V 519 I 7751 N 61 10 10 0 40 2 443 67 415 95 
    M 2 I 25 N 536 P 23 I 37 N 536 T 925 I 33 N 536 10 10 0 40 2 448 63 413 120 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7220 N 61 V 519 I 7751 N 61 P 16 I 7645 N 61 10 10 0 40 2 415 105 440 105 
    M 2 I 24 N 536 T 924 I 34 N 536 P 16 I 36 N 536 10 10 0 40 2 418 100 443 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7219 N 61 P 16 I 7645 N 61 T 925 I 33 N 536 10 10 0 40 2 442 110 418 125 
    M 3 I 7218 N 61 P 16 I 7645 N 61 V 519 I 7751 N 61 10 10 0 40 2 440 105 415 105 
    M 2 I 23 N 536 P 16 I 36 N 536 T 925 I 33 N 536 10 10 0 40 2 445 105 418 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7217 N 61 T 924 I 34 N 536 P 317 I 7644 N 61 10 10 0 40 2 416 110 444 143 
    M 3 I 7216 N 61 V 519 I 7751 N 61 P 317 I 7644 N 61 10 10 0 40 2 415 115 443 143 
    M 2 I 22 N 536 T 924 I 34 N 536 P 317 I 35 N 536 10 10 0 40 2 418 110 446 138 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7215 N 61 P 317 I 7644 N 61 T 925 I 33 N 536 10 10 0 40 2 441 146 418 134 
    M 3 I 7214 N 61 P 317 I 7644 N 61 V 519 I 7751 N 61 10 10 0 40 2 443 143 415 115 
    M 2 I 21 N 536 P 317 I 35 N 536 T 925 I 33 N 536 10 10 0 40 2 444 142 418 133 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7213 N 61 P 8 I 7643 N 61 T 926 I 14 N 537 10 10 0 40 2 770 533 830 637 
    M 3 I 7212 N 61 P 8 I 7643 N 61 V 520 I 7750 N 61 10 10 0 40 2 772 532 800 560 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7211 N 61 T 927 I 13 N 537 P 8 I 7643 N 61 10 10 0 40 2 831 667 769 534 
    M 3 I 7210 N 61 V 520 I 7750 N 61 P 8 I 7643 N 61 10 10 0 40 2 800 560 772 532 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7209 N 61 P 46 I 7642 N 61 T 926 I 14 N 537 10 10 0 40 2 771 577 826 637 
    M 3 I 7208 N 61 P 46 I 7642 N 61 V 520 I 7750 N 61 10 10 0 40 2 775 570 800 570 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7207 N 61 T 927 I 13 N 537 P 46 I 7642 N 61 10 10 0 40 2 829 667 770 578 
    M 3 I 7206 N 61 V 520 I 7750 N 61 P 46 I 7642 N 61 10 10 0 40 2 800 570 775 570 
    M 2 I 9 N 537 T 927 I 13 N 537 P 46 I 19 N 537 10 10 0 40 2 825 671 798 652 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7205 N 61 P 323 I 7641 N 61 T 926 I 14 N 537 10 10 0 40 2 774 619 825 643 
    M 3 I 7204 N 61 P 323 I 7641 N 61 V 520 I 7750 N 61 10 10 0 40 2 772 608 800 580 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7203 N 61 T 927 I 13 N 537 P 323 I 7641 N 61 10 10 0 40 2 825 669 772 621 
    M 3 I 7202 N 61 V 520 I 7750 N 61 P 323 I 7641 N 61 10 10 0 40 2 800 580 772 608 
    M 2 I 7 N 537 T 927 I 13 N 537 P 323 I 18 N 537 10 10 0 40 2 825 680 799 689 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7201 N 61 T 926 I 14 N 537 P 23 I 7640 N 61 10 10 0 40 2 836 637 854 534 
    M 3 I 7200 N 61 V 520 I 7750 N 61 P 23 I 7640 N 61 10 10 0 40 2 820 560 848 532 
    M 2 I 6 N 537 T 926 I 14 N 537 P 23 I 17 N 537 10 10 0 40 2 845 637 873 609 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7199 N 61 P 23 I 7640 N 61 T 927 I 13 N 537 10 10 0 40 2 854 534 836 667 
    M 3 I 7198 N 61 P 23 I 7640 N 61 V 520 I 7750 N 61 10 10 0 40 2 848 532 820 560 
    M 2 I 5 N 537 P 23 I 17 N 537 T 927 I 13 N 537 10 10 0 40 2 875 610 840 667 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7197 N 61 T 926 I 14 N 537 P 16 I 7639 N 61 10 10 0 40 2 837 637 853 579 
    M 3 I 7196 N 61 V 520 I 7750 N 61 P 16 I 7639 N 61 10 10 0 40 2 820 570 845 570 
    M 2 I 4 N 537 T 926 I 14 N 537 P 16 I 16 N 537 10 10 0 40 2 845 647 870 647 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7195 N 61 P 16 I 7639 N 61 T 927 I 13 N 537 10 10 0 40 2 854 579 836 667 
    M 3 I 7194 N 61 P 16 I 7639 N 61 V 520 I 7750 N 61 10 10 0 40 2 845 570 820 570 
    M 2 I 3 N 537 P 16 I 16 N 537 T 927 I 13 N 537 10 10 0 40 2 872 652 845 671 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7193 N 61 T 926 I 14 N 537 P 324 I 7638 N 61 10 10 0 40 2 841 637 850 623 
    M 3 I 7192 N 61 V 520 I 7750 N 61 P 324 I 7638 N 61 10 10 0 40 2 820 580 848 608 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7190 N 61 P 324 I 7638 N 61 V 520 I 7750 N 61 10 10 0 40 2 848 608 820 580 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7824 N 60 P 488 I 7838 N 60 T 884 I 417 N 516 10 10 0 40 2 262 336 811 825 
    M 3 I 7823 N 60 P 488 I 7838 N 60 V 499 I 7841 N 60 10 10 0 40 2 263 335 290 354 
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7819 N 60 P 12 I 7837 N 60 V 499 I 7841 N 60 10 10 0 40 2 264 372 290 363 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7818 N 60 T 885 I 416 N 516 P 12 I 7837 N 60 10 10 0 40 2 811 855 262 381 
    M 3 I 7817 N 60 V 499 I 7841 N 60 P 12 I 7837 N 60 10 10 0 40 2 290 363 264 372 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7816 N 60 T 884 I 417 N 516 P 489 I 7836 N 60 10 10 0 40 2 812 823 351 322 
    M 3 I 7815 N 60 V 499 I 7841 N 60 P 489 I 7836 N 60 10 10 0 40 2 310 350 338 322 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7814 N 60 P 489 I 7836 N 60 T 885 I 416 N 516 10 10 0 40 2 351 322 813 853 
    M 3 I 7813 N 60 P 489 I 7836 N 60 V 499 I 7841 N 60 10 10 0 40 2 338 322 310 350 
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7809 N 60 P 58 I 7835 N 60 V 499 I 7841 N 60 10 10 0 40 2 335 360 310 360 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7808 N 60 T 884 I 417 N 516 P 1 I 7834 N 60 10 10 0 40 2 811 825 352 411 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7805 N 60 P 1 I 7834 N 60 V 499 I 7841 N 60 10 10 0 40 2 338 398 310 370 
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7801 N 60 V 500 I 7840 N 60 P 490 I 7833 N 60 10 10 0 40 2 470 204 443 185 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7799 N 60 P 12 I 7832 N 60 V 500 I 7840 N 60 10 10 0 40 2 444 222 470 213 
    M 2 I 396 N 517 P 12 I 404 N 517 T 886 I 400 N 517 10 10 0 40 2 868 498 894 485 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7797 N 60 V 500 I 7840 N 60 P 12 I 7832 N 60 10 10 0 40 2 470 213 444 222 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7795 N 60 V 500 I 7840 N 60 P 491 I 7831 N 60 10 10 0 40 2 490 200 518 172 
    M 2 I 394 N 517 T 886 I 400 N 517 P 491 I 403 N 517 10 10 0 40 2 914 470 942 442 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7794 N 60 P 491 I 7831 N 60 T 887 I 399 N 517 10 10 0 40 2 532 171 894 501 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7791 N 60 V 500 I 7840 N 60 P 58 I 7830 N 60 10 10 0 40 2 490 210 515 210 
    M 2 I 392 N 517 T 886 I 400 N 517 P 58 I 402 N 517 10 10 0 40 2 914 480 939 480 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7790 N 60 P 58 I 7830 N 60 T 887 I 399 N 517 10 10 0 40 2 532 216 894 503 
    M 3 I 7789 N 60 P 58 I 7830 N 60 V 500 I 7840 N 60 10 10 0 40 2 515 210 490 210 
    M 2 I 391 N 517 P 58 I 402 N 517 T 887 I 399 N 517 10 10 0 40 2 941 485 914 504 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7788 N 60 T 886 I 400 N 517 P 1 I 7829 N 60 10 10 0 40 2 894 475 533 260 
    M 3 I 7787 N 60 V 500 I 7840 N 60 P 1 I 7829 N 60 10 10 0 40 2 490 220 518 248 
    M 2 I 390 N 517 T 886 I 400 N 517 P 1 I 401 N 517 10 10 0 40 2 914 490 942 518 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7785 N 60 P 1 I 7829 N 60 V 500 I 7840 N 60 10 10 0 40 2 518 248 490 220 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7784 N 60 P 492 I 7828 N 60 T 888 I 384 N 518 10 10 0 40 2 68 80 90 94 
    M 3 I 7783 N 60 P 492 I 7828 N 60 V 501 I 7839 N 60 10 10 0 40 2 68 80 95 99 
    M 2 I 382 N 518 P 492 I 388 N 518 T 888 I 384 N 518 10 10 0 40 2 64 81 90 95 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 7781 N 60 V 501 I 7839 N 60 P 492 I 7828 N 60 10 10 0 40 2 95 99 68 80 
    M 2 I 381 N 518 T 889 I 383 N 518 P 492 I 388 N 518 10 10 0 40 2 92 120 61 84 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7780 N 60 P 105 I 7827 N 60 T 888 I 384 N 518 10 10 0 40 2 69 116 90 105 
    M 3 I 7779 N 60 P 105 I 7827 N 60 V 501 I 7839 N 60 10 10 0 40 2 69 117 95 108 
    M 2 I 380 N 518 P 105 I 387 N 518 T 888 I 384 N 518 10 10 0 40 2 64 118 90 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7778 N 60 T 889 I 383 N 518 P 105 I 7827 N 60 10 10 0 40 2 90 128 69 122 
    M 3 I 7777 N 60 V 501 I 7839 N 60 P 105 I 7827 N 60 10 10 0 40 2 95 108 69 117 
    M 2 I 379 N 518 T 889 I 383 N 518 P 105 I 387 N 518 10 10 0 40 2 90 129 65 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7776 N 60 T 888 I 384 N 518 P 493 I 7826 N 60 10 10 0 40 2 110 95 141 79 
    M 3 I 7775 N 60 V 501 I 7839 N 60 P 493 I 7826 N 60 10 10 0 40 2 115 99 142 80 
    M 2 I 378 N 518 T 888 I 384 N 518 P 493 I 386 N 518 10 10 0 40 2 110 95 137 81 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7774 N 60 P 493 I 7826 N 60 T 889 I 383 N 518 10 10 0 40 2 144 82 109 120 
    M 3 I 7773 N 60 P 493 I 7826 N 60 V 501 I 7839 N 60 10 10 0 40 2 142 80 115 99 
    M 2 I 377 N 518 P 493 I 386 N 518 T 889 I 383 N 518 10 10 0 40 2 139 84 108 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7772 N 60 T 888 I 384 N 518 P 494 I 7825 N 60 10 10 0 40 2 110 104 141 117 
    M 3 I 7771 N 60 V 501 I 7839 N 60 P 494 I 7825 N 60 10 10 0 40 2 115 108 141 117 
    M 2 I 376 N 518 T 888 I 384 N 518 P 494 I 385 N 518 10 10 0 40 2 110 104 137 118 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7770 N 60 P 494 I 7825 N 60 T 889 I 383 N 518 10 10 0 40 2 140 122 110 128 
    M 3 I 7769 N 60 P 494 I 7825 N 60 V 501 I 7839 N 60 10 10 0 40 2 141 117 115 108 
    M 2 I 375 N 518 P 494 I 385 N 518 T 889 I 383 N 518 10 10 0 40 2 135 123 110 128 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7909 N 59 P 120 I 7926 N 59 T 874 I 479 N 511 10 10 0 40 2 237 651 218 604 
    M 3 I 7908 N 59 P 120 I 7926 N 59 V 494 I 7931 N 59 10 10 0 40 2 240 650 240 610 
    M 2 I 477 N 511 P 120 I 483 N 511 T 874 I 479 N 511 10 10 0 40 2 178 575 204 589 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7907 N 59 T 875 I 478 N 511 P 120 I 7926 N 59 10 10 0 40 2 221 634 235 652 
    M 3 I 7906 N 59 V 494 I 7931 N 59 P 120 I 7926 N 59 10 10 0 40 2 240 610 240 650 
    M 2 I 476 N 511 T 875 I 478 N 511 P 120 I 483 N 511 10 10 0 40 2 206 614 175 578 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7905 N 59 P 13 I 7925 N 59 T 874 I 479 N 511 10 10 0 40 2 174 612 204 598 
    M 3 I 7904 N 59 P 13 I 7925 N 59 V 494 I 7931 N 59 10 10 0 40 2 174 614 230 602 
    M 2 I 475 N 511 P 13 I 482 N 511 T 874 I 479 N 511 10 10 0 40 2 178 612 204 599 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7903 N 59 T 875 I 478 N 511 P 13 I 7925 N 59 10 10 0 40 2 204 623 175 617 
    M 3 I 7902 N 59 V 494 I 7931 N 59 P 13 I 7925 N 59 10 10 0 40 2 230 602 174 614 
    M 2 I 474 N 511 T 875 I 478 N 511 P 13 I 482 N 511 10 10 0 40 2 204 623 179 618 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7901 N 59 T 874 I 479 N 511 P 121 I 7910 N 59 10 10 0 40 2 218 584 236 548 
    M 3 I 7900 N 59 V 494 I 7931 N 59 P 121 I 7910 N 59 10 10 0 40 2 240 590 240 550 
    M 2 I 473 N 511 T 874 I 479 N 511 P 121 I 481 N 511 10 10 0 40 2 224 589 251 575 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7899 N 59 P 121 I 7910 N 59 T 875 I 478 N 511 10 10 0 40 2 238 549 217 614 
    M 3 I 7898 N 59 P 121 I 7910 N 59 V 494 I 7931 N 59 10 10 0 40 2 240 550 240 590 
    M 2 I 472 N 511 P 121 I 481 N 511 T 875 I 478 N 511 10 10 0 40 2 253 578 222 614 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7897 N 59 T 874 I 479 N 511 P 61 I 7923 N 59 10 10 0 40 2 210 584 199 564 
    M 3 I 7896 N 59 V 494 I 7931 N 59 P 61 I 7923 N 59 10 10 0 40 2 230 590 202 562 
    M 2 I 471 N 511 T 874 I 479 N 511 P 61 I 480 N 511 10 10 0 40 2 224 598 251 612 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7895 N 59 P 61 I 7923 N 59 T 875 I 478 N 511 10 10 0 40 2 197 564 212 614 
    M 3 I 7894 N 59 P 61 I 7923 N 59 V 494 I 7931 N 59 10 10 0 40 2 202 562 230 590 
    M 2 I 470 N 511 P 61 I 480 N 511 T 875 I 478 N 511 10 10 0 40 2 249 617 224 622 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7893 N 59 P 8 I 7922 N 59 T 876 I 465 N 512 10 10 0 40 2 68 80 90 94 
    M 3 I 7892 N 59 P 8 I 7922 N 59 V 495 I 7930 N 59 10 10 0 40 2 68 80 95 99 
    M 2 I 463 N 512 P 8 I 469 N 512 T 876 I 465 N 512 10 10 0 40 2 64 81 90 95 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7891 N 59 T 877 I 464 N 512 P 8 I 7922 N 59 10 10 0 40 2 93 120 66 83 
    M 3 I 7890 N 59 V 495 I 7930 N 59 P 8 I 7922 N 59 10 10 0 40 2 95 99 68 80 
    M 2 I 462 N 512 T 877 I 464 N 512 P 8 I 469 N 512 10 10 0 40 2 92 120 61 84 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7889 N 59 P 11 I 7921 N 59 T 876 I 465 N 512 10 10 0 40 2 104 70 101 90 
    M 3 I 7888 N 59 P 11 I 7921 N 59 V 495 I 7930 N 59 10 10 0 40 2 105 70 105 95 
    M 2 I 461 N 512 P 11 I 468 N 512 T 876 I 465 N 512 10 10 0 40 2 64 118 90 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7887 N 59 T 877 I 464 N 512 P 11 I 7921 N 59 10 10 0 40 2 100 120 105 70 
    M 3 I 7886 N 59 V 495 I 7930 N 59 P 11 I 7921 N 59 10 10 0 40 2 105 95 105 70 
    M 2 I 460 N 512 T 877 I 464 N 512 P 11 I 468 N 512 10 10 0 40 2 90 129 65 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7885 N 59 T 876 I 465 N 512 P 69 I 7920 N 59 10 10 0 40 2 92 110 66 143 
    M 3 I 7884 N 59 V 495 I 7930 N 59 P 69 I 7920 N 59 10 10 0 40 2 95 115 67 143 
    M 2 I 459 N 512 T 876 I 465 N 512 P 69 I 467 N 512 10 10 0 40 2 110 95 137 81 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7883 N 59 P 69 I 7920 N 59 T 877 I 464 N 512 10 10 0 40 2 69 146 90 135 
    M 3 I 7882 N 59 P 69 I 7920 N 59 V 495 I 7930 N 59 10 10 0 40 2 67 143 95 115 
    M 2 I 458 N 512 P 69 I 467 N 512 T 877 I 464 N 512 10 10 0 40 2 139 84 108 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7881 N 59 T 876 I 465 N 512 P 71 I 7919 N 59 10 10 0 40 2 101 110 104 140 
    M 3 I 7880 N 59 V 495 I 7930 N 59 P 71 I 7919 N 59 10 10 0 40 2 105 115 105 140 
    M 2 I 457 N 512 T 876 I 465 N 512 P 71 I 466 N 512 10 10 0 40 2 110 104 137 118 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7879 N 59 P 71 I 7919 N 59 T 877 I 464 N 512 10 10 0 40 2 103 140 100 130 
    M 3 I 7878 N 59 P 71 I 7919 N 59 V 495 I 7930 N 59 10 10 0 40 2 105 140 105 115 
    M 2 I 456 N 512 P 71 I 466 N 512 T 877 I 464 N 512 10 10 0 40 2 135 123 110 128 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7877 N 59 P 32 I 7918 N 59 T 878 I 451 N 513 10 10 0 40 2 292 185 224 224 
    M 3 I 7876 N 59 P 32 I 7918 N 59 V 496 I 7929 N 59 10 10 0 40 2 292 186 250 218 
    M 2 I 449 N 513 P 32 I 455 N 513 T 878 I 451 N 513 10 10 0 40 2 178 210 204 224 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7875 N 59 T 879 I 450 N 513 P 32 I 7918 N 59 10 10 0 40 2 224 250 293 186 
    M 3 I 7874 N 59 V 496 I 7929 N 59 P 32 I 7918 N 59 10 10 0 40 2 250 218 292 186 
    M 2 I 448 N 513 T 879 I 450 N 513 P 32 I 455 N 513 10 10 0 40 2 206 249 175 213 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7873 N 59 P 124 I 7917 N 59 T 878 I 451 N 513 10 10 0 40 2 237 174 218 219 
    M 3 I 7872 N 59 P 124 I 7917 N 59 V 496 I 7929 N 59 10 10 0 40 2 240 175 240 215 
    M 2 I 447 N 513 P 124 I 454 N 513 T 878 I 451 N 513 10 10 0 40 2 178 247 204 234 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7871 N 59 T 879 I 450 N 513 P 124 I 7917 N 59 10 10 0 40 2 216 249 238 174 
    M 3 I 7870 N 59 V 496 I 7929 N 59 P 124 I 7917 N 59 10 10 0 40 2 240 215 240 175 
    M 2 I 446 N 513 T 879 I 450 N 513 P 124 I 454 N 513 10 10 0 40 2 204 258 179 253 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7869 N 59 T 878 I 451 N 513 P 16 I 7916 N 59 10 10 0 40 2 204 236 188 249 
    M 3 I 7868 N 59 V 496 I 7929 N 59 P 16 I 7916 N 59 10 10 0 40 2 230 230 189 251 
    M 2 I 445 N 513 T 878 I 451 N 513 P 16 I 453 N 513 10 10 0 40 2 224 224 251 210 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7867 N 59 P 16 I 7916 N 59 T 879 I 450 N 513 10 10 0 40 2 190 256 204 258 
    M 3 I 7866 N 59 P 16 I 7916 N 59 V 496 I 7929 N 59 10 10 0 40 2 188 251 230 230 
    M 2 I 444 N 513 P 16 I 453 N 513 T 879 I 450 N 513 10 10 0 40 2 253 213 222 249 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7865 N 59 T 878 I 451 N 513 P 116 I 7914 N 59 10 10 0 40 2 218 239 236 276 
    M 3 I 7864 N 59 V 496 I 7929 N 59 P 116 I 7914 N 59 10 10 0 40 2 240 235 240 275 
    M 2 I 443 N 513 T 878 I 451 N 513 P 116 I 452 N 513 10 10 0 40 2 224 233 251 247 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7863 N 59 P 116 I 7914 N 59 T 879 I 450 N 513 10 10 0 40 2 233 278 224 269 
    M 3 I 7862 N 59 P 116 I 7914 N 59 V 496 I 7929 N 59 10 10 0 40 2 240 275 240 235 
    M 2 I 442 N 513 P 116 I 452 N 513 T 879 I 450 N 513 10 10 0 40 2 249 252 224 257 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7861 N 59 P 116 I 7914 N 59 T 880 I 438 N 514 10 10 0 40 2 237 294 218 340 
    M 3 I 7860 N 59 P 116 I 7914 N 59 V 497 I 7928 N 59 10 10 0 40 2 240 295 240 335 
    M 2 I 436 N 514 P 116 I 441 N 514 T 880 I 438 N 514 10 10 0 40 2 179 350 204 350 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7859 N 59 T 881 I 437 N 514 P 116 I 7914 N 59 10 10 0 40 2 216 370 238 294 
    M 3 I 7858 N 59 V 497 I 7928 N 59 P 116 I 7914 N 59 10 10 0 40 2 240 335 240 295 
    M 2 I 435 N 514 T 881 I 437 N 514 P 116 I 441 N 514 10 10 0 40 2 204 374 177 355 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7857 N 59 T 880 I 438 N 514 P 125 I 7911 N 59 10 10 0 40 2 217 360 237 411 
    M 3 I 7856 N 59 V 497 I 7928 N 59 P 125 I 7911 N 59 10 10 0 40 2 240 355 240 410 
    M 2 I 434 N 514 T 880 I 438 N 514 P 125 I 440 N 514 10 10 0 40 2 224 345 251 331 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7855 N 59 P 125 I 7911 N 59 T 881 I 437 N 514 10 10 0 40 2 235 412 220 390 
    M 3 I 7854 N 59 P 125 I 7911 N 59 V 497 I 7928 N 59 10 10 0 40 2 240 410 240 355 
    M 2 I 433 N 514 P 125 I 440 N 514 T 881 I 437 N 514 10 10 0 40 2 253 334 222 370 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7853 N 59 T 880 I 438 N 514 P 0 I 7912 N 59 10 10 0 40 2 224 355 277 385 
    M 3 I 7852 N 59 V 497 I 7928 N 59 P 0 I 7912 N 59 10 10 0 40 2 250 355 278 383 
    M 2 I 432 N 514 T 880 I 438 N 514 P 0 I 439 N 514 10 10 0 40 2 224 354 251 368 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7851 N 59 P 0 I 7912 N 59 T 881 I 437 N 514 10 10 0 40 2 275 389 224 381 
    M 3 I 7850 N 59 P 0 I 7912 N 59 V 497 I 7928 N 59 10 10 0 40 2 278 383 250 355 
    M 2 I 431 N 514 P 0 I 439 N 514 T 881 I 437 N 514 10 10 0 40 2 249 373 224 378 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7849 N 59 P 125 I 7911 N 59 T 882 I 428 N 515 10 10 0 40 2 236 428 219 462 
    M 3 I 7848 N 59 P 125 I 7911 N 59 V 498 I 7927 N 59 10 10 0 40 2 240 430 240 470 
    M 2 I 426 N 515 P 125 I 430 N 515 T 882 I 428 N 515 10 10 0 40 2 179 472 204 472 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7847 N 59 T 883 I 427 N 515 P 125 I 7911 N 59 10 10 0 40 2 217 492 237 429 
    M 3 I 7846 N 59 V 498 I 7927 N 59 P 125 I 7911 N 59 10 10 0 40 2 240 470 240 430 
    M 2 I 425 N 515 T 883 I 427 N 515 P 125 I 430 N 515 10 10 0 40 2 204 496 177 477 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7845 N 59 T 882 I 428 N 515 P 121 I 7910 N 59 10 10 0 40 2 217 482 237 531 
    M 3 I 7844 N 59 V 498 I 7927 N 59 P 121 I 7910 N 59 10 10 0 40 2 240 490 240 530 
    M 2 I 424 N 515 T 882 I 428 N 515 P 121 I 429 N 515 10 10 0 40 2 224 472 249 472 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7843 N 59 P 121 I 7910 N 59 T 883 I 427 N 515 10 10 0 40 2 235 532 221 512 
    M 3 I 7842 N 59 P 121 I 7910 N 59 V 498 I 7927 N 59 10 10 0 40 2 240 530 240 490 
    M 2 I 423 N 515 P 121 I 429 N 515 T 883 I 427 N 515 10 10 0 40 2 251 477 224 496 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7963 N 58 P 485 I 7971 N 58 T 870 I 507 N 509 10 10 0 40 2 305 225 110 231 
    M 3 I 7962 N 58 P 485 I 7971 N 58 V 492 I 7973 N 58 10 10 0 40 2 311 234 275 305 
    M 2 I 505 N 509 P 485 I 511 N 509 T 870 I 507 N 509 10 10 0 40 2 64 212 90 226 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7961 N 58 T 871 I 506 N 509 P 485 I 7971 N 58 10 10 0 40 2 110 260 306 226 
    M 3 I 7960 N 58 V 492 I 7973 N 58 P 485 I 7971 N 58 10 10 0 40 2 275 305 311 233 
    M 2 I 504 N 509 T 871 I 506 N 509 P 485 I 511 N 509 10 10 0 40 2 92 251 61 215 
}

A {
    7 0 [0,0] 0 0
    ""
    M 1 I 7959 N 58 P 178 I 7970 N 58 T 870 I 507 N 509 10 10 0 40 2 200 240 110 231 
    M 3 I 7958 N 58 P 178 I 7970 N 58 V 492 I 7973 N 58 10 10 0 40 2 216 247 263 305 
    M 2 I 503 N 509 P 178 I 510 N 509 T 870 I 507 N 509 10 10 0 40 2 64 249 90 236 
}

A {
    7 0 [0,0] 0 0
    ""
    M 1 I 7957 N 58 T 871 I 506 N 509 P 178 I 7970 N 58 10 10 0 40 2 110 260 201 241 
    M 3 I 7956 N 58 V 492 I 7973 N 58 P 178 I 7970 N 58 10 10 0 40 2 262 305 216 247 
    M 2 I 502 N 509 T 871 I 506 N 509 P 178 I 510 N 509 10 10 0 40 2 90 260 65 255 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7955 N 58 T 870 I 507 N 509 P 486 I 7969 N 58 10 10 0 40 2 110 240 293 414 
    M 3 I 7954 N 58 V 492 I 7973 N 58 P 486 I 7969 N 58 10 10 0 40 2 272 325 298 411 
    M 2 I 501 N 509 T 870 I 507 N 509 P 486 I 509 N 509 10 10 0 40 2 110 226 137 212 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7953 N 58 P 486 I 7969 N 58 T 871 I 506 N 509 10 10 0 40 2 293 414 110 268 
    M 3 I 7952 N 58 P 486 I 7969 N 58 V 492 I 7973 N 58 10 10 0 40 2 298 411 272 325 
    M 2 I 500 N 509 P 486 I 509 N 509 T 871 I 506 N 509 10 10 0 40 2 139 215 108 251 
}

A {
    7 0 [0,0] 0 0
    ""
    M 1 I 7951 N 58 T 870 I 507 N 509 P 16 I 7968 N 58 10 10 0 40 2 106 241 175 352 
    M 3 I 7950 N 58 V 492 I 7973 N 58 P 16 I 7968 N 58 10 10 0 40 2 260 320 188 356 
    M 2 I 499 N 509 T 870 I 507 N 509 P 16 I 508 N 509 10 10 0 40 2 110 235 137 249 
}

A {
    7 0 [0,0] 0 0
    ""
    M 1 I 7949 N 58 P 16 I 7968 N 58 T 871 I 506 N 509 10 10 0 40 2 174 353 108 271 
    M 3 I 7948 N 58 P 16 I 7968 N 58 V 492 I 7973 N 58 10 10 0 40 2 189 356 260 320 
    M 2 I 498 N 509 P 16 I 508 N 509 T 871 I 506 N 509 10 10 0 40 2 135 254 110 259 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7947 N 58 P 487 I 7967 N 58 T 872 I 493 N 510 10 10 0 40 2 141 79 110 95 
    M 3 I 7946 N 58 P 487 I 7967 N 58 V 493 I 7972 N 58 10 10 0 40 2 157 82 215 140 
    M 2 I 491 N 510 P 487 I 497 N 510 T 872 I 493 N 510 10 10 0 40 2 64 81 90 95 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7945 N 58 T 873 I 492 N 510 P 487 I 7967 N 58 10 10 0 40 2 109 120 144 82 
    M 3 I 7944 N 58 V 493 I 7972 N 58 P 487 I 7967 N 58 10 10 0 40 2 215 140 157 82 
    M 2 I 490 N 510 T 873 I 492 N 510 P 487 I 497 N 510 10 10 0 40 2 92 120 61 84 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7943 N 58 P 178 I 7966 N 58 T 872 I 493 N 510 10 10 0 40 2 231 48 110 97 
    M 3 I 7942 N 58 P 178 I 7966 N 58 V 493 I 7972 N 58 10 10 0 40 2 239 54 226 140 
    M 2 I 489 N 510 P 178 I 496 N 510 T 872 I 493 N 510 10 10 0 40 2 64 118 90 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7941 N 58 T 873 I 492 N 510 P 178 I 7966 N 58 10 10 0 40 2 110 124 232 50 
    M 3 I 7940 N 58 V 493 I 7972 N 58 P 178 I 7966 N 58 10 10 0 40 2 226 140 239 54 
    M 2 I 488 N 510 T 873 I 492 N 510 P 178 I 496 N 510 10 10 0 40 2 90 129 65 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7939 N 58 T 872 I 493 N 510 P 485 I 7971 N 58 10 10 0 40 2 110 105 307 220 
    M 3 I 7938 N 58 V 493 I 7972 N 58 P 485 I 7971 N 58 10 10 0 40 2 235 158 308 219 
    M 2 I 487 N 510 T 872 I 493 N 510 P 485 I 495 N 510 10 10 0 40 2 110 95 137 81 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7937 N 58 P 485 I 7971 N 58 T 873 I 492 N 510 10 10 0 40 2 306 221 110 134 
    M 3 I 7936 N 58 P 485 I 7971 N 58 V 493 I 7972 N 58 10 10 0 40 2 308 219 235 158 
    M 2 I 486 N 510 P 485 I 495 N 510 T 873 I 492 N 510 10 10 0 40 2 139 84 108 120 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7935 N 58 T 872 I 493 N 510 P 16 I 7964 N 58 10 10 0 40 2 110 108 188 174 
    M 3 I 7934 N 58 V 493 I 7972 N 58 P 16 I 7964 N 58 10 10 0 40 2 215 160 202 173 
    M 2 I 485 N 510 T 872 I 493 N 510 P 16 I 494 N 510 10 10 0 40 2 110 104 137 118 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7933 N 58 P 16 I 7964 N 58 T 873 I 492 N 510 10 10 0 40 2 187 176 110 135 
    M 3 I 7932 N 58 P 16 I 7964 N 58 V 493 I 7972 N 58 10 10 0 40 2 202 173 215 160 
    M 2 I 484 N 510 P 16 I 494 N 510 T 873 I 492 N 510 10 10 0 40 2 135 123 110 128 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8165 N 57 P 467 I 8213 N 57 T 846 I 675 N 497 10 10 0 40 2 288 384 397 665 
    M 3 I 8164 N 57 P 467 I 8213 N 57 V 480 I 8225 N 57 10 10 0 40 2 293 381 335 413 
    M 2 I 673 N 497 P 467 I 679 N 497 T 846 I 675 N 497 10 10 0 40 2 364 656 390 670 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8163 N 57 T 847 I 674 N 497 P 467 I 8213 N 57 10 10 0 40 2 397 695 288 384 
    M 3 I 8162 N 57 V 480 I 8225 N 57 P 467 I 8213 N 57 10 10 0 40 2 335 413 293 381 
    M 2 I 672 N 497 T 847 I 674 N 497 P 467 I 679 N 497 10 10 0 40 2 392 695 361 659 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8161 N 57 P 20 I 8212 N 57 T 846 I 675 N 497 10 10 0 40 2 303 444 396 665 
    M 3 I 8160 N 57 P 20 I 8212 N 57 V 480 I 8225 N 57 10 10 0 40 2 309 432 335 423 
    M 2 I 671 N 497 P 20 I 678 N 497 T 846 I 675 N 497 10 10 0 40 2 364 693 390 680 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8159 N 57 T 847 I 674 N 497 P 20 I 8212 N 57 10 10 0 40 2 397 695 303 444 
    M 3 I 8158 N 57 V 480 I 8225 N 57 P 20 I 8212 N 57 10 10 0 40 2 335 423 309 432 
    M 2 I 670 N 497 T 847 I 674 N 497 P 20 I 678 N 497 10 10 0 40 2 390 704 365 699 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8157 N 57 T 846 I 675 N 497 P 468 I 8211 N 57 10 10 0 40 2 400 665 390 400 
    M 3 I 8156 N 57 V 480 I 8225 N 57 P 468 I 8211 N 57 10 10 0 40 2 355 414 382 395 
    M 2 I 669 N 497 T 846 I 675 N 497 P 468 I 677 N 497 10 10 0 40 2 410 670 437 656 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8155 N 57 P 468 I 8211 N 57 T 847 I 674 N 497 10 10 0 40 2 390 400 400 695 
    M 3 I 8154 N 57 P 468 I 8211 N 57 V 480 I 8225 N 57 10 10 0 40 2 382 395 355 414 
    M 2 I 668 N 497 P 468 I 677 N 497 T 847 I 674 N 497 10 10 0 40 2 439 659 408 695 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8153 N 57 T 846 I 675 N 497 P 345 I 8210 N 57 10 10 0 40 2 400 665 390 445 
    M 3 I 8152 N 57 V 480 I 8225 N 57 P 345 I 8210 N 57 10 10 0 40 2 355 423 381 432 
    M 2 I 667 N 497 T 846 I 675 N 497 P 345 I 676 N 497 10 10 0 40 2 410 679 437 693 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8151 N 57 P 345 I 8210 N 57 T 847 I 674 N 497 10 10 0 40 2 390 445 400 695 
    M 3 I 8150 N 57 P 345 I 8210 N 57 V 480 I 8225 N 57 10 10 0 40 2 381 432 355 423 
    M 2 I 666 N 497 P 345 I 676 N 497 T 847 I 674 N 497 10 10 0 40 2 435 698 410 703 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8149 N 57 P 469 I 8209 N 57 T 848 I 661 N 498 10 10 0 40 2 61 774 99 1131 
    M 3 I 8148 N 57 P 469 I 8209 N 57 V 481 I 8224 N 57 10 10 0 40 2 69 768 95 777 
    M 2 I 659 N 498 P 469 I 665 N 498 T 848 I 661 N 498 10 10 0 40 2 64 1122 90 1136 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8147 N 57 T 849 I 660 N 498 P 469 I 8209 N 57 10 10 0 40 2 100 1161 61 774 
    M 3 I 8146 N 57 V 481 I 8224 N 57 P 469 I 8209 N 57 10 10 0 40 2 95 777 69 768 
    M 2 I 658 N 498 T 849 I 660 N 498 P 469 I 665 N 498 10 10 0 40 2 92 1161 61 1125 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8145 N 57 P 345 I 8208 N 57 T 848 I 661 N 498 10 10 0 40 2 61 819 99 1131 
    M 3 I 8144 N 57 P 345 I 8208 N 57 V 481 I 8224 N 57 10 10 0 40 2 68 805 95 786 
    M 2 I 657 N 498 P 345 I 664 N 498 T 848 I 661 N 498 10 10 0 40 2 64 1159 90 1146 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8143 N 57 T 849 I 660 N 498 P 345 I 8208 N 57 10 10 0 40 2 99 1161 61 819 
    M 3 I 8142 N 57 V 481 I 8224 N 57 P 345 I 8208 N 57 10 10 0 40 2 95 786 68 805 
    M 2 I 656 N 498 T 849 I 660 N 498 P 345 I 664 N 498 10 10 0 40 2 90 1170 65 1165 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8141 N 57 T 848 I 661 N 498 P 470 I 8207 N 57 10 10 0 40 2 101 1131 149 774 
    M 3 I 8140 N 57 V 481 I 8224 N 57 P 470 I 8207 N 57 10 10 0 40 2 115 777 141 768 
    M 2 I 655 N 498 T 848 I 661 N 498 P 470 I 663 N 498 10 10 0 40 2 110 1136 137 1122 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8139 N 57 P 470 I 8207 N 57 T 849 I 660 N 498 10 10 0 40 2 149 774 101 1161 
    M 3 I 8138 N 57 P 470 I 8207 N 57 V 481 I 8224 N 57 10 10 0 40 2 141 768 115 777 
    M 2 I 654 N 498 P 470 I 663 N 498 T 849 I 660 N 498 10 10 0 40 2 139 1125 108 1161 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8137 N 57 T 848 I 661 N 498 P 20 I 8206 N 57 10 10 0 40 2 101 1131 149 819 
    M 3 I 8136 N 57 V 481 I 8224 N 57 P 20 I 8206 N 57 10 10 0 40 2 115 786 142 805 
    M 2 I 653 N 498 T 848 I 661 N 498 P 20 I 662 N 498 10 10 0 40 2 110 1145 137 1159 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8135 N 57 P 20 I 8206 N 57 T 849 I 660 N 498 10 10 0 40 2 149 819 101 1161 
    M 3 I 8134 N 57 P 20 I 8206 N 57 V 481 I 8224 N 57 10 10 0 40 2 142 805 115 786 
    M 2 I 652 N 498 P 20 I 662 N 498 T 849 I 660 N 498 10 10 0 40 2 135 1164 110 1169 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8133 N 57 P 471 I 8205 N 57 T 850 I 647 N 499 10 10 0 40 2 61 624 99 901 
    M 3 I 8132 N 57 P 471 I 8205 N 57 V 482 I 8223 N 57 10 10 0 40 2 68 620 95 639 
    M 2 I 645 N 499 P 471 I 651 N 499 T 850 I 647 N 499 10 10 0 40 2 64 892 90 906 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8131 N 57 T 851 I 646 N 499 P 471 I 8205 N 57 10 10 0 40 2 99 931 61 624 
    M 3 I 8130 N 57 V 482 I 8223 N 57 P 471 I 8205 N 57 10 10 0 40 2 95 639 68 620 
    M 2 I 644 N 499 T 851 I 646 N 499 P 471 I 651 N 499 10 10 0 40 2 92 931 61 895 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8129 N 57 P 20 I 8204 N 57 T 850 I 647 N 499 10 10 0 40 2 61 669 99 901 
    M 3 I 8128 N 57 P 20 I 8204 N 57 V 482 I 8223 N 57 10 10 0 40 2 69 657 95 648 
    M 2 I 643 N 499 P 20 I 650 N 499 T 850 I 647 N 499 10 10 0 40 2 64 929 90 916 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8127 N 57 T 851 I 646 N 499 P 20 I 8204 N 57 10 10 0 40 2 99 931 61 669 
    M 3 I 8126 N 57 V 482 I 8223 N 57 P 20 I 8204 N 57 10 10 0 40 2 95 648 69 657 
    M 2 I 642 N 499 T 851 I 646 N 499 P 20 I 650 N 499 10 10 0 40 2 90 940 65 935 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8125 N 57 T 850 I 647 N 499 P 472 I 8203 N 57 10 10 0 40 2 101 901 149 624 
    M 3 I 8124 N 57 V 482 I 8223 N 57 P 472 I 8203 N 57 10 10 0 40 2 115 639 142 620 
    M 2 I 641 N 499 T 850 I 647 N 499 P 472 I 649 N 499 10 10 0 40 2 110 906 137 892 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8123 N 57 P 472 I 8203 N 57 T 851 I 646 N 499 10 10 0 40 2 149 624 101 931 
    M 3 I 8122 N 57 P 472 I 8203 N 57 V 482 I 8223 N 57 10 10 0 40 2 142 620 115 639 
    M 2 I 640 N 499 P 472 I 649 N 499 T 851 I 646 N 499 10 10 0 40 2 139 895 108 931 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8121 N 57 T 850 I 647 N 499 P 345 I 8202 N 57 10 10 0 40 2 101 901 148 669 
    M 3 I 8120 N 57 V 482 I 8223 N 57 P 345 I 8202 N 57 10 10 0 40 2 115 648 141 657 
    M 2 I 639 N 499 T 850 I 647 N 499 P 345 I 648 N 499 10 10 0 40 2 110 915 137 929 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8119 N 57 P 345 I 8202 N 57 T 851 I 646 N 499 10 10 0 40 2 149 669 101 931 
    M 3 I 8118 N 57 P 345 I 8202 N 57 V 482 I 8223 N 57 10 10 0 40 2 141 657 115 648 
    M 2 I 638 N 499 P 345 I 648 N 499 T 851 I 646 N 499 10 10 0 40 2 135 934 110 939 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8117 N 57 P 473 I 8201 N 57 T 852 I 633 N 500 10 10 0 40 2 46 399 99 665 
    M 3 I 8116 N 57 P 473 I 8201 N 57 V 483 I 8222 N 57 10 10 0 40 2 53 395 80 414 
    M 2 I 631 N 500 P 473 I 637 N 500 T 852 I 633 N 500 10 10 0 40 2 64 656 90 670 
}

A {
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}

A {
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}

A {
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}

A {
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}

A {
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}

A {
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}

A {
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    M 3 I 8102 N 57 P 345 I 8198 N 57 V 483 I 8222 N 57 10 10 0 40 2 126 432 100 423 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 8100 N 57 P 475 I 8189 N 57 V 484 I 8221 N 57 10 10 0 40 2 570 520 570 605 
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}

A {
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    M 3 I 8098 N 57 V 484 I 8221 N 57 P 475 I 8189 N 57 10 10 0 40 2 570 605 570 520 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 8096 N 57 V 484 I 8221 N 57 P 476 I 8196 N 57 10 10 0 40 2 570 625 570 665 
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}

A {
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    M 3 I 8094 N 57 P 476 I 8196 N 57 V 484 I 8221 N 57 10 10 0 40 2 570 665 570 625 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8092 N 57 V 484 I 8221 N 57 P 15 I 8195 N 57 10 10 0 40 2 580 625 638 683 
    M 2 I 614 N 501 T 854 I 620 N 501 P 15 I 621 N 501 10 10 0 40 2 649 706 676 720 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8091 N 57 P 15 I 8195 N 57 T 855 I 619 N 501 10 10 0 40 2 644 700 640 722 
    M 3 I 8090 N 57 P 15 I 8195 N 57 V 484 I 8221 N 57 10 10 0 40 2 638 683 580 625 
    M 2 I 613 N 501 P 15 I 621 N 501 T 855 I 619 N 501 10 10 0 40 2 674 725 649 730 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8089 N 57 P 8 I 8194 N 57 T 856 I 606 N 502 10 10 0 40 2 616 414 638 549 
    M 3 I 8088 N 57 P 8 I 8194 N 57 V 485 I 8220 N 57 10 10 0 40 2 608 412 580 440 
    M 2 I 604 N 502 P 8 I 612 N 502 T 856 I 606 N 502 10 10 0 40 2 601 521 629 549 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8087 N 57 T 857 I 605 N 502 P 8 I 8194 N 57 10 10 0 40 2 638 579 616 414 
    M 3 I 8086 N 57 V 485 I 8220 N 57 P 8 I 8194 N 57 10 10 0 40 2 580 440 608 412 
    M 2 I 603 N 502 T 857 I 605 N 502 P 8 I 612 N 502 10 10 0 40 2 633 579 599 522 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8085 N 57 P 477 I 8183 N 57 T 856 I 606 N 502 10 10 0 40 2 573 384 636 549 
    M 3 I 8084 N 57 P 477 I 8183 N 57 V 485 I 8220 N 57 10 10 0 40 2 570 385 570 440 
    M 2 I 602 N 502 P 477 I 611 N 502 T 856 I 606 N 502 10 10 0 40 2 604 559 629 559 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8083 N 57 T 857 I 605 N 502 P 477 I 8183 N 57 10 10 0 40 2 636 579 573 384 
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}

A {
    1 0 [0,0] 0 0
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    M 1 I 8081 N 57 P 15 I 8192 N 57 T 856 I 606 N 502 10 10 0 40 2 545 413 633 549 
    M 3 I 8080 N 57 P 15 I 8192 N 57 V 485 I 8220 N 57 10 10 0 40 2 545 413 564 440 
    M 2 I 600 N 502 P 15 I 610 N 502 T 856 I 606 N 502 10 10 0 40 2 601 597 629 569 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8079 N 57 T 857 I 605 N 502 P 15 I 8192 N 57 10 10 0 40 2 634 579 544 413 
    M 3 I 8078 N 57 V 485 I 8220 N 57 P 15 I 8192 N 57 10 10 0 40 2 564 440 545 413 
    M 2 I 599 N 502 T 857 I 605 N 502 P 15 I 610 N 502 10 10 0 40 2 629 592 603 601 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8077 N 57 T 856 I 606 N 502 P 23 I 8191 N 57 10 10 0 40 2 638 549 631 505 
    M 3 I 8076 N 57 V 485 I 8220 N 57 P 23 I 8191 N 57 10 10 0 40 2 580 457 622 489 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 8074 N 57 P 23 I 8191 N 57 V 485 I 8220 N 57 10 10 0 40 2 622 489 580 457 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8073 N 57 T 856 I 606 N 502 P 16 I 8190 N 57 10 10 0 40 2 629 553 533 485 
    M 3 I 8072 N 57 V 485 I 8220 N 57 P 16 I 8190 N 57 10 10 0 40 2 560 456 533 475 
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}

A {
    1 0 [0,0] 0 0
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    M 1 I 8071 N 57 P 16 I 8190 N 57 T 857 I 605 N 502 10 10 0 40 2 532 486 629 580 
    M 3 I 8070 N 57 P 16 I 8190 N 57 V 485 I 8220 N 57 10 10 0 40 2 533 475 560 456 
    M 2 I 595 N 502 P 16 I 608 N 502 T 857 I 605 N 502 10 10 0 40 2 676 564 649 583 
}

A {
    1 0 [0,0] 0 0
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    M 1 I 8069 N 57 T 856 I 606 N 502 P 475 I 8189 N 57 10 10 0 40 2 629 552 578 515 
    M 3 I 8068 N 57 V 485 I 8220 N 57 P 475 I 8189 N 57 10 10 0 40 2 570 460 570 500 
    M 2 I 594 N 502 T 856 I 606 N 502 P 475 I 607 N 502 10 10 0 40 2 649 569 677 597 
}

A {
    1 0 [0,0] 0 0
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    M 3 I 8066 N 57 P 475 I 8189 N 57 V 485 I 8220 N 57 10 10 0 40 2 570 500 570 460 
    M 2 I 593 N 502 P 475 I 607 N 502 T 857 I 605 N 502 10 10 0 40 2 675 601 649 592 
}

A {
    1 0 [0,0] 0 0
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    M 3 I 8064 N 57 P 476 I 8196 N 57 V 486 I 8219 N 57 10 10 0 40 2 570 685 570 740 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 8062 N 57 V 486 I 8219 N 57 P 476 I 8196 N 57 10 10 0 40 2 570 740 570 685 
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}

A {
    1 0 [0,0] 0 0
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    M 1 I 8061 N 57 P 478 I 8187 N 57 T 858 I 587 N 503 10 10 0 40 2 531 712 631 823 
    M 3 I 8060 N 57 P 478 I 8187 N 57 V 486 I 8219 N 57 10 10 0 40 2 532 712 560 740 
    M 2 I 583 N 503 P 478 I 591 N 503 T 858 I 587 N 503 10 10 0 40 2 603 851 629 838 
}

A {
    1 0 [0,0] 0 0
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    M 3 I 8058 N 57 V 486 I 8219 N 57 P 478 I 8187 N 57 10 10 0 40 2 560 740 532 712 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8056 N 57 V 486 I 8219 N 57 P 479 I 8186 N 57 10 10 0 40 2 572 760 584 816 
    M 2 I 581 N 503 T 858 I 587 N 503 P 479 I 590 N 503 10 10 0 40 2 649 823 677 795 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8055 N 57 P 479 I 8186 N 57 T 859 I 586 N 503 10 10 0 40 2 593 830 629 856 
    M 3 I 8054 N 57 P 479 I 8186 N 57 V 486 I 8219 N 57 10 10 0 40 2 584 816 572 760 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8052 N 57 V 486 I 8219 N 57 P 16 I 8185 N 57 10 10 0 40 2 564 760 545 787 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8050 N 57 P 16 I 8185 N 57 V 486 I 8219 N 57 10 10 0 40 2 545 787 564 760 
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}

A {
    1 0 [0,0] 0 0
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    M 3 I 8048 N 57 V 486 I 8219 N 57 P 2 I 8184 N 57 10 10 0 40 2 580 755 667 805 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8046 N 57 P 2 I 8184 N 57 V 486 I 8219 N 57 10 10 0 40 2 667 805 580 755 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8044 N 57 P 477 I 8183 N 57 V 487 I 8218 N 57 10 10 0 40 2 570 365 570 325 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8042 N 57 V 487 I 8218 N 57 P 477 I 8183 N 57 10 10 0 40 2 570 325 570 365 
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}

A {
    1 0 [0,0] 0 0
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    M 1 I 8041 N 57 P 0 I 8182 N 57 T 860 I 572 N 504 10 10 0 40 2 548 365 629 425 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8038 N 57 V 487 I 8218 N 57 P 0 I 8182 N 57 10 10 0 40 2 564 325 545 352 
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8034 N 57 P 480 I 8174 N 57 V 487 I 8218 N 57 10 10 0 40 2 570 265 570 305 
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}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8032 N 57 P 134 I 8180 N 57 V 488 I 8217 N 57 10 10 0 40 2 235 135 335 135 
    M 2 I 558 N 505 P 134 I 564 N 505 T 862 I 560 N 505 10 10 0 40 2 409 174 435 188 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8031 N 57 T 863 I 559 N 505 P 134 I 8180 N 57 10 10 0 40 2 435 219 234 138 
    M 3 I 8030 N 57 V 488 I 8217 N 57 P 134 I 8180 N 57 10 10 0 40 2 335 135 235 135 
    M 2 I 557 N 505 T 863 I 559 N 505 P 134 I 564 N 505 10 10 0 40 2 437 213 406 177 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8028 N 57 P 63 I 8179 N 57 V 488 I 8217 N 57 10 10 0 40 2 293 174 335 142 
    M 2 I 556 N 505 P 63 I 563 N 505 T 862 I 560 N 505 10 10 0 40 2 409 211 435 198 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8026 N 57 V 488 I 8217 N 57 P 63 I 8179 N 57 10 10 0 40 2 335 142 293 174 
    M 2 I 555 N 505 T 863 I 559 N 505 P 63 I 563 N 505 10 10 0 40 2 435 222 410 217 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8024 N 57 V 488 I 8217 N 57 P 481 I 8178 N 57 10 10 0 40 2 355 135 455 135 
    M 2 I 554 N 505 T 862 I 560 N 505 P 481 I 562 N 505 10 10 0 40 2 455 188 482 174 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8022 N 57 P 481 I 8178 N 57 V 488 I 8217 N 57 10 10 0 40 2 455 135 355 135 
    M 2 I 553 N 505 P 481 I 562 N 505 T 863 I 559 N 505 10 10 0 40 2 484 177 453 213 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8020 N 57 V 488 I 8217 N 57 P 2 I 8177 N 57 10 10 0 40 2 355 141 382 160 
    M 2 I 552 N 505 T 862 I 560 N 505 P 2 I 561 N 505 10 10 0 40 2 455 197 482 211 
}

A {
    1 0 [0,0] 0 0
    ""
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    M 3 I 8018 N 57 P 2 I 8177 N 57 V 488 I 8217 N 57 10 10 0 40 2 382 160 355 141 
    M 2 I 551 N 505 P 2 I 561 N 505 T 863 I 559 N 505 10 10 0 40 2 480 216 455 221 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8017 N 57 P 481 I 8178 N 57 T 864 I 545 N 506 10 10 0 40 2 472 141 629 262 
    M 3 I 8016 N 57 P 481 I 8178 N 57 V 489 I 8216 N 57 10 10 0 40 2 474 138 560 176 
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8011 N 57 T 865 I 544 N 506 P 482 I 8170 N 57 10 10 0 40 2 636 289 572 84 
    M 3 I 8010 N 57 V 489 I 8216 N 57 P 482 I 8170 N 57 10 10 0 40 2 570 170 570 85 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8009 N 57 T 864 I 545 N 506 P 480 I 8174 N 57 10 10 0 40 2 629 267 579 257 
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}

A {
    1 0 [0,0] 0 0
    ""
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8005 N 57 T 864 I 545 N 506 P 63 I 8173 N 57 10 10 0 40 2 629 267 534 242 
    M 3 I 8004 N 57 V 489 I 8216 N 57 P 63 I 8173 N 57 10 10 0 40 2 563 190 531 232 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8003 N 57 P 63 I 8173 N 57 T 865 I 544 N 506 10 10 0 40 2 533 244 629 294 
    M 3 I 8002 N 57 P 63 I 8173 N 57 V 489 I 8216 N 57 10 10 0 40 2 531 232 563 190 
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}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8001 N 57 T 864 I 545 N 506 P 64 I 8172 N 57 10 10 0 40 2 635 259 618 219 
    M 3 I 8000 N 57 V 489 I 8216 N 57 P 64 I 8172 N 57 10 10 0 40 2 580 186 607 205 
    M 2 I 535 N 506 T 864 I 545 N 506 P 64 I 546 N 506 10 10 0 40 2 649 279 677 307 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7999 N 57 P 64 I 8172 N 57 T 865 I 544 N 506 10 10 0 40 2 617 219 637 289 
    M 3 I 7998 N 57 P 64 I 8172 N 57 V 489 I 8216 N 57 10 10 0 40 2 607 205 580 186 
    M 2 I 534 N 506 P 64 I 546 N 506 T 865 I 544 N 506 10 10 0 40 2 675 311 649 302 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7997 N 57 P 371 I 8171 N 57 T 866 I 531 N 507 10 10 0 40 2 219 76 430 99 
    M 3 I 7996 N 57 P 371 I 8171 N 57 V 490 I 8215 N 57 10 10 0 40 2 220 75 365 75 
    M 2 I 529 N 507 P 371 I 533 N 507 T 866 I 531 N 507 10 10 0 40 2 405 100 430 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7995 N 57 T 867 I 530 N 507 P 371 I 8171 N 57 10 10 0 40 2 430 128 219 77 
    M 3 I 7994 N 57 V 490 I 8215 N 57 P 371 I 8171 N 57 10 10 0 40 2 365 75 220 75 
    M 2 I 528 N 507 T 867 I 530 N 507 P 371 I 533 N 507 10 10 0 40 2 430 124 403 105 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7993 N 57 T 866 I 531 N 507 P 482 I 8170 N 57 10 10 0 40 2 450 99 561 76 
    M 3 I 7992 N 57 V 490 I 8215 N 57 P 482 I 8170 N 57 10 10 0 40 2 385 75 560 75 
    M 2 I 527 N 507 T 866 I 531 N 507 P 482 I 532 N 507 10 10 0 40 2 450 100 475 100 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7991 N 57 P 482 I 8170 N 57 T 867 I 530 N 507 10 10 0 40 2 561 78 450 126 
    M 3 I 7990 N 57 P 482 I 8170 N 57 V 490 I 8215 N 57 10 10 0 40 2 560 75 385 75 
    M 2 I 526 N 507 P 482 I 532 N 507 T 867 I 530 N 507 10 10 0 40 2 477 105 450 124 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7989 N 57 P 483 I 8169 N 57 T 868 I 521 N 508 10 10 0 40 2 288 624 397 901 
    M 3 I 7988 N 57 P 483 I 8169 N 57 V 491 I 8214 N 57 10 10 0 40 2 293 620 320 639 
    M 2 I 519 N 508 P 483 I 525 N 508 T 868 I 521 N 508 10 10 0 40 2 364 892 390 906 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7987 N 57 T 869 I 520 N 508 P 483 I 8169 N 57 10 10 0 40 2 397 931 288 624 
    M 3 I 7986 N 57 V 491 I 8214 N 57 P 483 I 8169 N 57 10 10 0 40 2 320 639 293 620 
    M 2 I 518 N 508 T 869 I 520 N 508 P 483 I 525 N 508 10 10 0 40 2 392 931 361 895 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7985 N 57 P 20 I 8168 N 57 T 868 I 521 N 508 10 10 0 40 2 289 669 396 901 
    M 3 I 7984 N 57 P 20 I 8168 N 57 V 491 I 8214 N 57 10 10 0 40 2 294 657 320 648 
    M 2 I 517 N 508 P 20 I 524 N 508 T 868 I 521 N 508 10 10 0 40 2 364 929 390 916 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7983 N 57 T 869 I 520 N 508 P 20 I 8168 N 57 10 10 0 40 2 396 931 288 669 
    M 3 I 7982 N 57 V 491 I 8214 N 57 P 20 I 8168 N 57 10 10 0 40 2 320 648 294 657 
    M 2 I 516 N 508 T 869 I 520 N 508 P 20 I 524 N 508 10 10 0 40 2 390 940 365 935 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7981 N 57 T 868 I 521 N 508 P 484 I 8167 N 57 10 10 0 40 2 400 901 375 624 
    M 3 I 7980 N 57 V 491 I 8214 N 57 P 484 I 8167 N 57 10 10 0 40 2 340 639 367 620 
    M 2 I 515 N 508 T 868 I 521 N 508 P 484 I 523 N 508 10 10 0 40 2 410 906 437 892 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7979 N 57 P 484 I 8167 N 57 T 869 I 520 N 508 10 10 0 40 2 375 625 400 931 
    M 3 I 7978 N 57 P 484 I 8167 N 57 V 491 I 8214 N 57 10 10 0 40 2 367 620 340 639 
    M 2 I 514 N 508 P 484 I 523 N 508 T 869 I 520 N 508 10 10 0 40 2 439 895 408 931 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7977 N 57 T 868 I 521 N 508 P 345 I 8166 N 57 10 10 0 40 2 400 901 376 669 
    M 3 I 7976 N 57 V 491 I 8214 N 57 P 345 I 8166 N 57 10 10 0 40 2 340 648 366 657 
    M 2 I 513 N 508 T 868 I 521 N 508 P 345 I 522 N 508 10 10 0 40 2 410 915 437 929 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 7975 N 57 P 345 I 8166 N 57 T 869 I 520 N 508 10 10 0 40 2 375 669 400 931 
    M 3 I 7974 N 57 P 345 I 8166 N 57 V 491 I 8214 N 57 10 10 0 40 2 366 657 340 648 
    M 2 I 512 N 508 P 345 I 522 N 508 T 869 I 520 N 508 10 10 0 40 2 435 934 410 939 
}

A {
    4 0 [0,0] 0 0
    ""
    M 1 I 8361 N 56 P 458 I 8384 N 56 T 828 I 795 N 488 10 10 0 40 2 290 255 242 260 
    M 3 I 8360 N 56 P 458 I 8384 N 56 V 471 I 8404 N 56 10 10 0 40 2 310 255 395 255 
    M 2 I 793 N 488 P 458 I 799 N 488 T 828 I 795 N 488 10 10 0 40 2 196 242 222 256 
}

A {
    4 0 [0,0] 0 0
    ""
    M 1 I 8359 N 56 T 829 I 794 N 488 P 458 I 8384 N 56 10 10 0 40 2 242 286 292 259 
    M 3 I 8358 N 56 V 471 I 8404 N 56 P 458 I 8384 N 56 10 10 0 40 2 395 255 310 255 
    M 2 I 792 N 488 T 829 I 794 N 488 P 458 I 799 N 488 10 10 0 40 2 224 281 193 245 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8357 N 56 P 0 I 8394 N 56 T 828 I 795 N 488 10 10 0 40 2 336 283 242 263 
    M 3 I 8356 N 56 P 0 I 8394 N 56 V 471 I 8404 N 56 10 10 0 40 2 353 281 395 260 
    M 2 I 791 N 488 P 0 I 798 N 488 T 828 I 795 N 488 10 10 0 40 2 196 279 222 266 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8355 N 56 T 829 I 794 N 488 P 0 I 8394 N 56 10 10 0 40 2 242 291 335 285 
    M 3 I 8354 N 56 V 471 I 8404 N 56 P 0 I 8394 N 56 10 10 0 40 2 395 260 354 281 
    M 2 I 790 N 488 T 829 I 794 N 488 P 0 I 798 N 488 10 10 0 40 2 222 290 197 285 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8353 N 56 T 828 I 795 N 488 P 459 I 8393 N 56 10 10 0 40 2 242 261 500 255 
    M 3 I 8352 N 56 V 471 I 8404 N 56 P 459 I 8393 N 56 10 10 0 40 2 415 255 500 255 
    M 2 I 789 N 488 T 828 I 795 N 488 P 459 I 797 N 488 10 10 0 40 2 242 256 269 242 
}

A {
    1 0 [0,0] 0 0
    ""
    M 1 I 8351 N 56 P 459 I 8393 N 56 T 829 I 794 N 488 10 10 0 40 2 501 256 242 290 
    M 3 I 8350 N 56 P 459 I 8393 N 56 V 471 I 8404 N 56 10 10 0 40 2 500 255 415 255 
    M 2 I 788 N 488 P 459 I 797 N 488 T 829 I 794 N 488 10 10 0 40 2 271 245 240 281 
}

A {
    4 0 [0,0] 0 0
    ""
    M 1 I 8349 N 56 T 828 I 795 N 488 P 4 I 8392 N 56 10 10 0 40 2 242 262 456 284 
    M 3 I 8348 N 56 V 471 I 8404 N 56 P 4 I 8392 N 56 10 10 0 40 2 415 260 456 281 
    M 2 I 787 N 488 T 828 I 795 N 488 P 4 I 796 N 488 10 10 0 40 2 242 265 26