@COMMENT
LIGANDBOX_ID = D01068-03
SOURCE = KEGG_MEDICUS
COPYRIGHT = KEGG_MEDICUS_(C)_Minoru_Kanehisa_(Institute_for_Chemical_Research,_Kyoto_University)_licensed_under_CC_Attribution-Share_Alike_4.0_International
ENTRY = D01068
NAME = Vinblastine_sulfate_(JP18/USP)_Exal_(TN)_Velban_(TN)
MOLECULAR_FORMULA = C46H58N4O9
MOLECULAR_WEIGHT = 810.989
MOLECULAR_CHARGE = 0
NUM_OF_DONOR = 3
NUM_OF_ACCEPTOR = 9
NUM_OF_CHIRAL_ATOMS = 9
TPSA = 154.1000
HOMO = -13.0015
LUMO = -5.2737
mLOGPA = -4.560
mLOGS = -1.892
mLOGD = 1.044
@MOLECULE
D01068-03
119 127 0 0 0
SMALL
MOPAC_AM1BCC
@ATOM
1 C1 1.5960 -0.9107 2.5995 C.3 1 LGD 0.0440
2 C2 0.0850 -1.2288 2.7974 C.ar 1 LGD -0.0577
3 C3 2.0243 0.0379 3.8151 C.3 1 LGD -0.0424
4 C4 2.4603 -2.2059 2.6947 C.2 1 LGD 0.6374
5 C5 -1.0565 -0.4852 2.3647 C.ar 1 LGD -0.2059
6 N1 -0.3766 -2.3512 3.5200 N.ar 1 LGD -0.1637
7 C6 1.0852 1.2438 4.0280 C.3 1 LGD -0.0929
8 O1 3.7563 -1.9421 3.0490 O.3 1 LGD -0.4167
9 O2 2.0475 -3.3276 2.4415 O.2 1 LGD -0.5354
10 C7 -2.1931 -1.2415 2.8320 C.ar 1 LGD -0.1133
11 C8 -1.1392 0.8509 1.6224 C.3 1 LGD -0.0071
12 C9 -1.7437 -2.3309 3.5030 C.ar 1 LGD -0.0324
13 C10 1.0986 2.1834 2.8160 C.3 1 LGD 0.1070
14 C11 4.6888 -3.0304 3.1746 C.3 1 LGD 0.1236
15 C12 -3.5651 -0.9912 2.6921 C.ar 1 LGD -0.1199
16 C13 -1.3674 2.0695 2.5864 C.3 1 LGD 0.1092
17 C14 -2.6012 -3.2689 4.0873 C.ar 1 LGD -0.1406
18 N2 -0.1651 2.9365 2.7771 N.4 1 LGD -0.6613
19 C15 -4.4671 -1.9125 3.2646 C.ar 1 LGD -0.1290
20 C16 -3.9875 -3.0481 3.9594 C.ar 1 LGD -0.0917
21 C17 -0.2285 3.8225 3.9808 C.3 1 LGD 0.0942
22 C18 0.0736 3.1291 5.3677 C.3 1 LGD 0.1541
23 C19 1.2783 2.1244 5.2712 C.3 1 LGD -0.1227
24 O3 -1.0936 2.4118 5.7749 O.3 1 LGD -0.5828
25 C20 0.3887 4.2056 6.4491 C.3 1 LGD -0.0753
26 C21 -0.7556 5.2202 6.6997 C.3 1 LGD -0.0944
27 C22 0.4073 -1.2538 -2.3970 C.3 1 LGD -0.0229
28 C23 -1.1121 -1.2773 -2.1643 C.3 1 LGD 0.1366
29 C24 0.8674 -0.2508 -3.5310 C.3 1 LGD 0.2045
30 C25 0.7612 -2.7421 -2.5710 C.3 1 LGD -0.0875
31 C26 -1.9968 -1.1532 -3.4648 C.3 1 LGD -0.0254
32 N3 -1.3537 -2.5062 -1.3648 N.4 1 LGD -0.6690
33 C27 -0.2276 0.8659 -3.7937 C.3 1 LGD 0.0985
34 N4 2.1014 0.3892 -2.9749 N.pl3 1 LGD -0.6633
35 C28 2.1418 0.1684 -1.6110 C.ar 1 LGD 0.1996
36 C29 -0.3381 -3.5113 -1.7869 C.3 1 LGD 0.1073
37 C30 -1.6505 0.2534 -4.1374 C.3 1 LGD 0.2006
38 C31 -3.4046 -1.1554 -2.8915 C.2 1 LGD -0.1220
39 C32 -1.8964 -2.4029 -4.4289 C.3 1 LGD -0.0739
40 C33 -2.7517 -3.0230 -1.3526 C.3 1 LGD 0.1592
41 C34 0.2209 1.9330 -4.8393 C.2 1 LGD 0.6239
42 O4 -0.3854 1.5928 -2.5600 O.3 1 LGD -0.6023
43 C35 3.3297 0.2782 -3.7799 C.3 1 LGD 0.1889
44 O5 -1.9987 0.3508 -5.5535 O.3 1 LGD -0.4369
45 C36 -3.7371 -2.0006 -1.9087 C.2 1 LGD -0.2124
46 C37 -3.0789 -2.5879 -5.4198 C.3 1 LGD -0.0965
47 O6 1.0218 1.4215 -5.8208 O.3 1 LGD -0.4359
48 O7 -0.0802 3.1147 -4.7662 O.2 1 LGD -0.4753
49 C38 1.4612 2.2697 -6.8961 C.3 1 LGD 0.1261
50 C39 -2.0165 0.2233 -7.9343 C.3 1 LGD -0.1449
51 C40 -1.3239 -0.1664 -6.6330 C.2 1 LGD 0.6489
52 O8 -0.3094 -0.8383 -6.5944 O.2 1 LGD -0.5187
53 C41 1.1841 -0.7245 -1.2038 C.ar 1 LGD -0.2330
54 C42 1.0658 -1.0868 0.1377 C.ar 1 LGD -0.0449
55 C43 3.0131 0.7573 -0.6893 C.ar 1 LGD -0.2414
56 C44 1.8584 -0.4569 1.1266 C.ar 1 LGD -0.1645
57 C45 2.8816 0.4437 0.6894 C.ar 1 LGD 0.2105
58 O9 3.7497 0.9970 1.6081 O.3 1 LGD -0.3543
59 C46 4.8398 1.8680 1.2600 C.3 1 LGD 0.1296
60 H1 1.9792 -0.5640 4.7325 H 1 LGD 0.0855
61 H2 3.0629 0.3761 3.7611 H 1 LGD 0.0855
62 H3 0.2026 -3.0660 3.9374 H 1 LGD 0.3358
63 H4 0.1007 0.8046 4.1853 H 1 LGD 0.0694
64 H5 -0.3146 1.0239 0.9265 H 1 LGD 0.0652
65 H6 -2.0159 0.8030 0.9653 H 1 LGD 0.0652
66 H7 1.9382 2.8768 2.8917 H 1 LGD 0.1023
67 H8 1.2078 1.6258 1.8923 H 1 LGD 0.1023
68 H9 4.3430 -3.7421 3.9351 H 1 LGD 0.0623
69 H10 4.7939 -3.5547 2.2164 H 1 LGD 0.0623
70 H11 5.6717 -2.6470 3.4749 H 1 LGD 0.0623
71 H12 -3.9277 -0.1159 2.1615 H 1 LGD 0.1329
72 H13 -2.1708 2.6945 2.1929 H 1 LGD 0.1091
73 H14 -1.6932 1.6871 3.5544 H 1 LGD 0.1091
74 H15 -2.2157 -4.1327 4.6214 H 1 LGD 0.1571
75 H16 -5.5370 -1.7473 3.1742 H 1 LGD 0.1531
76 H17 -4.6901 -3.7504 4.3990 H 1 LGD 0.1601
77 H18 0.5166 4.6072 3.8385 H 1 LGD 0.1065
78 H19 -1.2089 4.3006 4.0193 H 1 LGD 0.1065
79 H20 1.3365 1.5071 6.1775 H 1 LGD 0.0849
80 H21 2.2275 2.6708 5.1911 H 1 LGD 0.0849
81 H22 -0.8873 1.4627 5.7157 H 1 LGD 0.4164
82 H23 0.6310 3.7072 7.3971 H 1 LGD 0.0655
83 H24 1.2892 4.7606 6.1556 H 1 LGD 0.0655
84 H25 -0.4630 5.9349 7.4791 H 1 LGD 0.0510
85 H26 -0.9899 5.7912 5.7930 H 1 LGD 0.0510
86 H27 -1.6691 4.7145 7.0370 H 1 LGD 0.0510
87 H28 -1.3692 -0.4231 -1.5349 H 1 LGD 0.1125
88 H29 1.0858 -0.8045 -4.4524 H 1 LGD 0.1277
89 H30 0.7492 -3.0343 -3.6268 H 1 LGD 0.0975
90 H31 1.7600 -2.9749 -2.1794 H 1 LGD 0.0975
91 H32 -0.7955 -4.2656 -2.4289 H 1 LGD 0.1078
92 H33 0.0816 -3.9972 -0.9042 H 1 LGD 0.1078
93 H34 -2.3429 0.9513 -3.6487 H 1 LGD 0.1081
94 H35 -4.1227 -0.4472 -3.3022 H 1 LGD 0.1773
95 H36 -0.9460 -2.4067 -4.9621 H 1 LGD 0.0494
96 H37 -1.8769 -3.3310 -3.8548 H 1 LGD 0.0494
97 H38 -2.7924 -3.9260 -1.9643 H 1 LGD 0.1075
98 H39 -3.0173 -3.2977 -0.3299 H 1 LGD 0.1075
99 H40 0.5164 1.7751 -2.2373 H 1 LGD 0.4342
100 H41 4.0647 1.0250 -3.4552 H 1 LGD 0.0622
101 H42 3.7642 -0.7234 -3.6701 H 1 LGD 0.0622
102 H43 3.1157 0.4470 -4.8415 H 1 LGD 0.0622
103 H44 -4.7397 -2.0112 -1.4857 H 1 LGD 0.1799
104 H45 -3.9250 -3.0740 -4.9179 H 1 LGD 0.0543
105 H46 -3.4461 -1.6433 -5.8323 H 1 LGD 0.0543
106 H47 -2.7764 -3.2306 -6.2561 H 1 LGD 0.0543
107 H48 0.5965 2.7036 -7.4147 H 1 LGD 0.0604
108 H49 2.0923 3.0801 -6.5109 H 1 LGD 0.0604
109 H50 2.0414 1.6830 -7.6191 H 1 LGD 0.0604
110 H51 -1.4935 -0.2162 -8.7928 H 1 LGD 0.0848
111 H52 -3.0546 -0.1311 -7.9283 H 1 LGD 0.0848
112 H53 -2.0213 1.3153 -8.0395 H 1 LGD 0.0848
113 H54 0.3535 -1.8523 0.4162 H 1 LGD 0.1272
114 H55 3.7661 1.4509 -1.0481 H 1 LGD 0.1692
115 H56 4.4630 2.7764 0.7735 H 1 LGD 0.0593
116 H57 5.3860 2.1588 2.1657 H 1 LGD 0.0593
117 H58 5.5353 1.3561 0.5830 H 1 LGD 0.0593
118 H59 -0.1192 3.5387 1.9660 H 1 LGD 0.4351
119 H60 -1.1329 -2.2528 -0.4124 H 1 LGD 0.4452
@BOND
1 1 2 1
2 1 3 1
3 1 4 1
4 2 5 2
5 2 6 1
6 3 7 1
7 4 8 1
8 4 9 2
9 5 10 1
10 5 11 1
11 6 12 1
12 7 13 1
13 7 23 1
14 8 14 1
15 10 15 ar
16 11 16 1
17 12 17 ar
18 13 18 1
19 15 19 ar
20 17 20 ar
21 18 21 1
22 10 12 ar
23 16 18 1
24 21 22 1
25 19 20 ar
26 22 23 1
27 22 24 1
28 22 25 1
29 25 26 1
30 27 28 1
31 27 29 1
32 27 30 1
33 28 31 1
34 28 32 1
35 29 33 1
36 29 34 1
37 30 36 1
38 31 37 1
39 31 38 1
40 31 39 1
41 32 40 1
42 33 41 1
43 33 42 1
44 34 43 1
45 37 44 1
46 38 45 2
47 39 46 1
48 41 47 1
49 32 36 1
50 33 37 1
51 34 35 1
52 40 45 1
53 41 48 2
54 47 49 1
55 50 51 1
56 44 51 1
57 51 52 2
58 53 54 ar
59 35 55 ar
60 54 56 ar
61 55 57 ar
62 57 58 1
63 58 59 1
64 56 57 ar
65 27 53 1
66 35 53 ar
67 1 56 1
68 3 60 1
69 3 61 1
70 6 62 1
71 7 63 1
72 11 64 1
73 11 65 1
74 13 66 1
75 13 67 1
76 14 68 1
77 14 69 1
78 14 70 1
79 15 71 1
80 16 72 1
81 16 73 1
82 17 74 1
83 19 75 1
84 20 76 1
85 21 77 1
86 21 78 1
87 23 79 1
88 23 80 1
89 24 81 1
90 25 82 1
91 25 83 1
92 26 84 1
93 26 85 1
94 26 86 1
95 28 87 1
96 29 88 1
97 30 89 1
98 30 90 1
99 36 91 1
100 36 92 1
101 37 93 1
102 38 94 1
103 39 95 1
104 39 96 1
105 40 97 1
106 40 98 1
107 42 99 1
108 43 100 1
109 43 101 1
110 43 102 1
111 45 103 1
112 46 104 1
113 46 105 1
114 46 106 1
115 49 107 1
116 49 108 1
117 49 109 1
118 50 110 1
119 50 111 1
120 50 112 1
121 54 113 1
122 55 114 1
123 59 115 1
124 59 116 1
125 59 117 1
126 18 118 1
127 32 119 1