@COMMENT
LIGANDBOX_ID = KSH2016-00053908-03
SOURCE = Kishida2016
SOURCE_ID = KS122-0068040
SUPPLIER = VitasMLab
IDNUMBER = BBL016494
MOLECULAR_FORMULA = C38H74N2O12
MOLECULAR_WEIGHT = 751.012
MOLECULAR_CHARGE = 2
NUM_OF_DONOR = 7
NUM_OF_ACCEPTOR = 12
HOMO = -13.8292
LUMO = -5.4248
NUM_OF_CHIRAL_ATOMS = 19
LOGS = ?
LOGP = 1.3907
NOTE = VitasMLab_BBL016494;VitasMLab_STK177289;
@MOLECULE
KSH2016-00053908-03
126 128 0 0 0
SMALL
USER_CHARGES
@ATOM
1 C1 2.8500 2.1337 0.4221 C.3 1 LGD 0.1376
2 C2 -0.3382 2.5334 3.5163 C.3 1 LGD 0.0563
3 C3 -2.4508 1.4613 4.6226 C.2 1 LGD 0.3045
4 C4 -5.6439 1.8115 3.5358 C.3 1 LGD 0.0481
5 C5 -1.0887 2.1273 4.8220 C.3 1 LGD -0.1137
6 C6 4.0714 1.2020 0.5615 C.3 1 LGD 0.0236
7 C7 0.3968 2.1591 1.0587 C.3 1 LGD 0.0276
8 C8 -4.7453 1.7095 2.2620 C.3 1 LGD 0.0492
9 C9 -0.3834 1.5623 2.2954 C.3 1 LGD -0.0943
10 N1 -5.0345 2.3211 -0.2213 N.4 1 LGD -0.0143
11 O1 -3.4762 2.3425 4.7882 O.3 1 LGD -0.2742
12 O2 1.6716 1.4552 0.9208 O.3 1 LGD -0.2854
13 C10 -1.5542 7.0656 2.8392 C.3 1 LGD 0.0722
14 C11 5.4237 1.9637 0.4999 C.3 1 LGD -0.0818
15 C12 -0.4117 2.1095 -0.2866 C.3 1 LGD 0.0798
16 C13 -0.0613 5.0016 3.4421 C.3 1 LGD 0.1703
17 C14 -5.5174 1.4446 0.9288 C.3 1 LGD -0.0513
18 C15 -0.3378 6.1797 2.4824 C.3 1 LGD -0.1558
19 O3 3.1091 3.3697 1.1267 O.3 1 LGD -0.3246
20 O4 -0.1827 5.4002 4.8374 O.3 1 LGD -0.2977
21 C16 -4.8568 1.8796 4.9004 C.3 1 LGD 0.0124
22 C17 -1.4980 7.4374 4.3487 C.3 1 LGD -0.0034
23 O5 -0.8526 3.8322 3.0944 O.3 1 LGD -0.3385
24 C18 -1.2743 6.2463 5.3060 C.3 1 LGD 0.0550
25 C19 5.2659 3.3854 -0.0875 C.3 1 LGD -0.2207
26 C20 -3.6827 1.9082 -0.7553 C.3 1 LGD -0.1222
27 N2 6.2085 1.9474 1.8018 N.4 1 LGD -0.0133
28 C21 -1.5555 3.1713 -0.2003 C.3 1 LGD -0.1484
29 O6 -2.6246 0.2290 4.4124 O.2 1 LGD -0.3573
30 C22 4.1554 4.2219 0.5943 C.3 1 LGD 0.0392
31 C23 -2.7938 3.1098 -1.1303 C.3 1 LGD -0.1053
32 O7 -6.4885 2.9648 3.3626 O.3 1 LGD -0.3358
33 O8 4.0502 0.2615 -0.5180 O.3 1 LGD -0.3036
34 O9 -4.0100 2.9404 2.1621 O.3 1 LGD -0.3776
35 O10 0.4243 2.5467 -1.3660 O.3 1 LGD -0.3324
36 O11 -1.4361 8.2792 2.0349 O.3 1 LGD -0.3134
37 O12 -0.4210 8.3600 4.5827 O.3 1 LGD -0.3232
38 C24 -6.5904 0.5960 3.6606 C.3 1 LGD -0.2564
39 C25 -6.0467 2.4133 -1.3320 C.3 1 LGD -0.1696
40 C26 -0.2008 1.3090 5.7811 C.3 1 LGD -0.2034
41 C27 0.1441 0.1482 2.6551 C.3 1 LGD -0.2038
42 C28 -2.8679 6.3665 2.4172 C.3 1 LGD -0.2304
43 C29 -0.8282 0.6545 -0.6158 C.3 1 LGD -0.2410
44 C30 -5.5011 -0.0587 0.5563 C.3 1 LGD -0.2329
45 C31 -5.5461 2.7580 5.9722 C.3 1 LGD -0.1638
46 C32 -2.5470 5.4379 5.6060 C.3 1 LGD -0.2371
47 C33 6.8031 0.5857 2.0422 C.3 1 LGD -0.1717
48 C34 5.4328 2.3911 3.0167 C.3 1 LGD -0.1717
49 C35 3.5286 5.2279 -0.3832 C.3 1 LGD -0.2355
50 C36 -2.4591 3.1220 -2.6323 C.3 1 LGD -0.2063
51 C37 -2.4237 9.3383 2.1483 C.3 1 LGD -0.0606
52 C38 -4.8849 2.6071 7.3518 C.3 1 LGD -0.2102
53 H1 2.6917 2.3884 -0.6416 H 1 LGD 0.0946
54 H2 0.7152 2.6665 3.7682 H 1 LGD 0.0917
55 H3 -1.2706 3.0477 5.3677 H 1 LGD 0.1431
56 H4 3.9899 0.6417 1.4928 H 1 LGD 0.1538
57 H5 0.6248 3.2050 1.2601 H 1 LGD 0.1139
58 H6 -4.0231 0.9059 2.4003 H 1 LGD 0.1093
59 H7 -1.4325 1.4435 2.0350 H 1 LGD 0.0933
60 H8 -4.9248 3.2670 0.1754 H 1 LGD 0.2647
61 H9 6.0684 1.4137 -0.2077 H 1 LGD 0.1425
62 H10 0.9950 4.7021 3.2969 H 1 LGD 0.1004
63 H11 -6.5655 1.7453 1.0986 H 1 LGD 0.1514
64 H12 -0.4487 5.7975 1.4684 H 1 LGD 0.1084
65 H13 0.5529 6.8076 2.4829 H 1 LGD 0.1084
66 H14 -4.8171 0.8722 5.3183 H 1 LGD 0.1211
67 H15 -2.4255 7.9373 4.6292 H 1 LGD 0.0866
68 H16 -0.9550 6.6584 6.2645 H 1 LGD 0.1402
69 H17 6.2134 3.9209 -0.0329 H 1 LGD 0.1294
70 H18 5.0262 3.2745 -1.1455 H 1 LGD 0.1294
71 H19 -3.1872 1.3536 0.0566 H 1 LGD 0.1361
72 H20 -3.8309 1.2413 -1.6218 H 1 LGD 0.1361
73 H21 6.9963 2.6022 1.6834 H 1 LGD 0.2379
74 H22 -1.9362 3.2017 0.8117 H 1 LGD 0.1132
75 H23 -1.1005 4.1523 -0.3428 H 1 LGD 0.1132
76 H24 4.5832 4.7771 1.4294 H 1 LGD 0.1188
77 H25 -3.3608 4.0218 -0.9377 H 1 LGD 0.0962
78 H26 -7.0940 3.0314 4.1046 H 1 LGD 0.2291
79 H27 4.1395 0.7244 -1.3543 H 1 LGD 0.2221
80 H28 -3.5567 3.1032 2.9940 H 1 LGD 0.2659
81 H29 1.1411 1.9193 -1.4830 H 1 LGD 0.2044
82 H30 -0.5289 9.1248 4.0122 H 1 LGD 0.2189
83 H31 -7.2991 0.5627 2.8344 H 1 LGD 0.0989
84 H32 -7.1674 0.6515 4.5832 H 1 LGD 0.0989
85 H33 -6.0151 -0.3296 3.6755 H 1 LGD 0.0989
86 H34 -7.0041 2.7584 -0.9059 H 1 LGD 0.1379
87 H35 -6.1640 1.4150 -1.7863 H 1 LGD 0.1379
88 H36 -5.6769 3.1337 -2.0815 H 1 LGD 0.1379
89 H37 0.7340 1.8366 5.9677 H 1 LGD 0.0940
90 H38 0.0248 0.3229 5.3854 H 1 LGD 0.0940
91 H39 -0.7156 1.1817 6.7331 H 1 LGD 0.0940
92 H40 0.2111 -0.4773 1.7669 H 1 LGD 0.0900
93 H41 -0.5214 -0.3654 3.3386 H 1 LGD 0.0900
94 H42 1.1307 0.2124 3.1136 H 1 LGD 0.0900
95 H43 -3.7245 6.8384 2.8970 H 1 LGD 0.0843
96 H44 -2.8638 5.3150 2.6760 H 1 LGD 0.0843
97 H45 -2.9925 6.4316 1.3367 H 1 LGD 0.0843
98 H46 -1.5129 0.2519 0.1264 H 1 LGD 0.0889
99 H47 0.0522 0.0134 -0.6452 H 1 LGD 0.0889
100 H48 -1.3061 0.5913 -1.5896 H 1 LGD 0.0889
101 H49 -6.0528 -0.2294 -0.3666 H 1 LGD 0.1105
102 H50 -5.9669 -0.6598 1.3325 H 1 LGD 0.1105
103 H51 -4.4803 -0.4159 0.4247 H 1 LGD 0.1105
104 H52 -6.5931 2.4714 6.0647 H 1 LGD 0.0999
105 H53 -5.5027 3.8058 5.6737 H 1 LGD 0.0999
106 H54 -2.3668 4.7801 6.4545 H 1 LGD 0.0871
107 H55 -2.8475 4.8367 4.7571 H 1 LGD 0.0871
108 H56 -3.3631 6.1097 5.8687 H 1 LGD 0.0871
109 H57 7.4057 0.3070 1.1607 H 1 LGD 0.1438
110 H58 5.9835 -0.1375 2.1911 H 1 LGD 0.1438
111 H59 7.4413 0.6358 2.9410 H 1 LGD 0.1438
112 H60 6.1097 2.3675 3.8878 H 1 LGD 0.1438
113 H61 4.5868 1.7010 3.1715 H 1 LGD 0.1438
114 H62 5.0660 3.4162 2.8504 H 1 LGD 0.1438
115 H63 2.7734 5.8198 0.1327 H 1 LGD 0.1031
116 H64 3.0580 4.7094 -1.2181 H 1 LGD 0.1031
117 H65 4.2948 5.8992 -0.7692 H 1 LGD 0.1031
118 H66 -1.8427 3.9894 -2.8665 H 1 LGD 0.0937
119 H67 -3.3777 3.1855 -3.2146 H 1 LGD 0.0937
120 H68 -1.9244 2.2243 -2.9317 H 1 LGD 0.0937
121 H69 -3.4082 8.9666 1.8655 H 1 LGD 0.0805
122 H70 -2.1452 10.1508 1.4775 H 1 LGD 0.0805
123 H71 -2.4540 9.7179 3.1695 H 1 LGD 0.0805
124 H72 -4.9239 1.5677 7.6757 H 1 LGD 0.0878
125 H73 -5.4144 3.2208 8.0797 H 1 LGD 0.0878
126 H74 -3.8454 2.9303 7.3184 H 1 LGD 0.0878
@BOND
1 2 9 1
2 3 5 1
3 4 21 1
4 2 5 1
5 1 6 1
6 7 12 1
7 8 17 1
8 7 9 1
9 10 26 1
10 3 11 1
11 1 12 1
12 13 18 1
13 6 14 1
14 7 15 1
15 16 23 1
16 10 17 1
17 16 18 1
18 1 19 1
19 16 20 1
20 11 21 1
21 22 24 1
22 2 23 1
23 20 24 1
24 25 30 1
25 26 31 1
26 14 27 1
27 15 28 1
28 3 29 2
29 19 30 1
30 28 31 1
31 4 32 1
32 6 33 1
33 8 34 1
34 15 35 1
35 13 36 1
36 22 37 1
37 4 38 1
38 10 39 1
39 5 40 1
40 9 41 1
41 13 42 1
42 15 43 1
43 17 44 1
44 21 45 1
45 24 46 1
46 27 47 1
47 27 48 1
48 30 49 1
49 31 50 1
50 36 51 1
51 45 52 1
52 14 25 1
53 4 8 1
54 13 22 1
55 1 53 1
56 2 54 1
57 5 55 1
58 6 56 1
59 7 57 1
60 8 58 1
61 9 59 1
62 10 60 1
63 14 61 1
64 16 62 1
65 17 63 1
66 18 64 1
67 18 65 1
68 21 66 1
69 22 67 1
70 24 68 1
71 25 69 1
72 25 70 1
73 26 71 1
74 26 72 1
75 27 73 1
76 28 74 1
77 28 75 1
78 30 76 1
79 31 77 1
80 32 78 1
81 33 79 1
82 34 80 1
83 35 81 1
84 37 82 1
85 38 83 1
86 38 84 1
87 38 85 1
88 39 86 1
89 39 87 1
90 39 88 1
91 40 89 1
92 40 90 1
93 40 91 1
94 41 92 1
95 41 93 1
96 41 94 1
97 42 95 1
98 42 96 1
99 42 97 1
100 43 98 1
101 43 99 1
102 43 100 1
103 44 101 1
104 44 102 1
105 44 103 1
106 45 104 1
107 45 105 1
108 46 106 1
109 46 107 1
110 46 108 1
111 47 109 1
112 47 110 1
113 47 111 1
114 48 112 1
115 48 113 1
116 48 114 1
117 49 115 1
118 49 116 1
119 49 117 1
120 50 118 1
121 50 119 1
122 50 120 1
123 51 121 1
124 51 122 1
125 51 123 1
126 52 124 1
127 52 125 1
128 52 126 1