Entry
Name
Formula
C66H73Cl2N9O24
Exact mass
1445.4146
Mol weight
1447.23
Structure
Mol file KCF file DB search
Sequence
0 D-Leu 1 D-Tyr 2 Asn 3 D-Hpg 4 D-Hpg 5 Tyr 6 Dpg
Gene
Organism
Amycolatopsis balhimycina
Type
NRP
Comment
0 Leu is modified by N-methyl. (i.e. N-Methyl-(R)-leucine, MeLeu)
1 and 5 Tyr are modified by (R)-chloro-beta-hydroxy. (i.e. (R)-Chloro-beta-hydroxytyrosine)
Other DBs
LinkDB
All DBs
KCF data
Show ATOM 101
1 C8x C 30.2820 -21.0719
2 C8y C 30.2820 -22.4680
3 C8x C 31.3988 -23.0962
4 C8x C 32.6552 -22.4680
5 C8y C 32.6552 -21.0719
6 C8y C 31.3988 -20.3739
7 C8x C 34.9587 -22.4680
8 C8y C 34.9587 -21.0719
9 O2x O 33.8418 -20.3739
10 C8y C 36.2151 -23.0962
11 C8x C 37.4017 -22.4680
12 C8y C 37.4017 -21.0719
13 C8y C 36.2151 -20.3739
14 C8x C 39.7750 -22.4680
15 C8y C 39.7750 -21.0719
16 O2x O 38.5883 -20.3739
17 C8x C 40.9616 -23.0962
18 C8y C 42.1482 -22.4680
19 C8x C 42.1482 -21.0719
20 C8y C 40.9616 -20.3739
21 C5x C 38.5883 -24.7016
22 C1y C 39.7750 -25.3996
23 N1x N 40.9616 -24.7016
24 C1y C 36.2151 -24.7016
25 N1x N 37.4017 -25.3996
26 N1x N 33.8418 -24.7016
27 C5x C 34.9587 -25.3996
28 C5x C 31.3988 -24.7016
29 C1y C 32.6552 -25.3996
30 C1y C 29.0953 -23.0962
31 C1y C 29.0953 -24.7016
32 N1x N 30.2820 -25.3996
33 C5x C 42.1482 -25.3996
34 C1y C 43.3349 -24.7016
35 C1y C 43.3349 -23.0962
36 O1a O 44.5215 -22.4680
37 X Cl 40.9616 -18.9779
38 O2a O 36.2151 -18.0705
39 X Cl 31.3988 -18.9779
40 O2a O 27.9087 -22.4680
41 C1y C 27.9087 -21.0719
42 O2x O 29.0953 -20.3739
43 C1y C 29.0953 -18.9779
44 C5x C 27.9087 -18.3497
45 C1z C 26.6523 -18.9779
46 C1x C 26.6523 -20.3739
47 C1a C 30.2820 -18.3497
48 O5x O 27.9087 -16.9536
49 C1a C 26.3033 -17.7215
50 N1a N 25.3959 -19.3269
51 N1b N 44.5215 -25.3996
52 C5a C 45.7779 -24.7016
53 C1c C 46.9645 -25.3996
54 N1b N 48.0814 -24.7016
55 C1a C 49.3378 -25.3996
56 O5a O 45.7779 -23.3056
57 O5x O 42.1482 -26.7957
58 O5x O 38.5883 -23.3056
59 O5x O 34.9587 -26.7957
60 C8y C 32.6552 -26.7957
61 C8x C 31.4686 -27.4239
62 C8y C 31.4686 -28.8199
63 C8y C 32.6552 -29.5179
64 C8x C 33.8418 -28.8199
65 C8x C 33.8418 -27.4239
66 C8y C 30.3518 -29.5179
67 O1a O 32.6552 -30.9139
68 C8y C 29.1651 -28.8199
69 C8x C 27.9087 -29.5179
70 C8y C 27.9087 -30.9139
71 C8x C 29.0953 -31.5422
72 C8y C 30.3518 -30.9139
73 C1y C 29.1651 -27.4239
74 N1x N 27.9785 -26.7957
75 C5x C 27.9785 -25.3996
76 C6a C 26.8617 -28.6105
77 O6a O 25.5355 -28.6105
78 O6a O 26.8617 -30.0065
79 O5x O 26.7221 -24.7714
80 C1y C 37.4017 -17.3724
81 O2x O 38.5883 -18.0705
82 C1y C 39.7750 -17.3724
83 C1y C 39.7750 -15.9764
84 C1y C 38.6581 -15.2784
85 C1y C 37.4017 -15.9764
86 C1b C 40.9616 -18.0705
87 O1a O 42.1482 -17.3724
88 O1a O 40.9616 -15.2784
89 O1a O 38.6581 -13.9522
90 O1a O 36.2151 -15.2784
91 O1a O 31.4686 -31.5422
92 O1a O 26.7221 -31.5422
93 C1b C 46.9645 -26.7957
94 C1c C 45.7779 -27.4239
95 C1a C 44.3819 -27.4239
96 C1a C 45.7779 -28.8199
97 C1b C 38.6581 -26.0976
98 C5a C 38.6581 -27.4239
99 O5a O 37.4715 -28.1219
100 N1a N 39.8448 -28.1219
101 O5x O 30.4216 -23.7244
BOND 110
1 1 2 2
2 2 3 1
3 3 4 2
4 4 5 1
5 5 6 2
6 1 6 1
7 7 8 2
8 8 9 1
9 5 9 1
10 7 10 1
11 10 11 2
12 11 12 1
13 12 13 2
14 8 13 1
15 14 15 2
16 15 16 1
17 12 16 1
18 14 17 1
19 17 18 2
20 18 19 1
21 19 20 2
22 15 20 1
23 21 22 1
24 22 23 1 #Up
25 10 24 1
26 24 25 1 #Up
27 21 25 1
28 26 27 1
29 24 27 1
30 28 29 1
31 29 26 1 #Down
32 2 30 1
33 30 31 1
34 31 32 1 #Down
35 28 32 1
36 23 33 1
37 33 34 1
38 34 35 1
39 35 18 1
40 35 36 1 #Up
41 20 37 1
42 13 38 1
43 6 39 1
44 30 40 1 #Down
45 41 40 1 #Up
46 41 42 1
47 42 43 1
48 43 44 1
49 44 45 1
50 45 46 1
51 41 46 1
52 43 47 1 #Down
53 44 48 2
54 45 49 1 #Up
55 45 50 1 #Down
56 34 51 1 #Up
57 51 52 1
58 52 53 1
59 53 54 1 #Down
60 54 55 1
61 52 56 2
62 33 57 2
63 21 58 2
64 27 59 2
65 29 60 1
66 60 61 1
67 61 62 2
68 62 63 1
69 63 64 2
70 64 65 1
71 60 65 2
72 62 66 1
73 63 67 1
74 66 68 2
75 68 69 1
76 69 70 2
77 70 71 1
78 71 72 2
79 66 72 1
80 68 73 1
81 73 74 1
82 74 75 1
83 75 31 1
84 73 76 1 #Down
85 76 77 1
86 76 78 2
87 75 79 2
88 80 38 1 #Up
89 80 81 1
90 81 82 1
91 82 83 1
92 83 84 1
93 84 85 1
94 80 85 1
95 82 86 1 #Up
96 86 87 1
97 83 88 1 #Down
98 84 89 1 #Up
99 85 90 1 #Down
100 72 91 1
101 70 92 1
102 53 93 1
103 93 94 1
104 94 95 1
105 94 96 1
106 97 98 1
107 22 97 1
108 98 99 2
109 98 100 1
110 28 101 2