Entry
Name
Formula
C145H240N44O48S2
Exact mass
3429.7133
Mol weight
3431.86
Structure
Mol file KCF file DB search
Sequence
Cys Ser Asn Leu Ser Thr Cys Val Leu Gly Lys Leu Ser Gln Glu Leu His Lys Leu Gln Thr Tyr Pro Arg Thr Asn Thr Gly Ser Gly Thr Pro-NH2 (Disulfide bridge: 1-7)
Organism
Type
Peptide
Pathway
map04080 Neuroactive ligand-receptor interaction
Brite
Compounds with biological roles [BR:br08001 ]
Hormones and transmitters
Peptide hormones
Calcitonin
C06865 Calcitonin
Bioactive peptides [BR:br08005 ]
Calcium-regulating peptides
Thyroid peptide hormone
C06865 Calcitonin
BRITE hierarchy
Other DBs
KCF data
Show ATOM 239
1 N1y N 40.6510 -22.0314
2 C1y C 41.7828 -22.8442
3 C5a C 40.6510 -20.6424
4 C1x C 39.5395 -22.8442
5 C5a C 42.9352 -22.0932
6 C1x C 41.3403 -24.1718
7 C1c C 39.4574 -19.9426
8 O5a O 41.8652 -19.9426
9 C1x C 39.9512 -24.1718
10 N1b N 44.1595 -22.7517
11 O5a O 42.9229 -20.7143
12 C1b C 39.4780 -18.0699
13 N1b N 38.2534 -20.6424
14 C1c C 45.2195 -22.0624
15 C8y C 38.3870 -17.3600
16 C5a C 37.0392 -19.9426
17 C5a C 46.2895 -22.6900
18 C1b C 45.2502 -20.6218
19 C8x C 37.1729 -18.0803
20 C8x C 38.3769 -15.9399
21 C1c C 35.8250 -20.6424
22 O5a O 37.0598 -18.8827
23 N1b N 46.2895 -24.0378
24 O5a O 47.2053 -22.1344
25 C1b C 44.2295 -20.0148
26 C8x C 35.9384 -17.3806
27 C8x C 37.1320 -15.2506
28 N1b N 34.6520 -19.9426
29 C1c C 35.8354 -22.0314
30 C1c C 45.5796 -24.8405
31 C1b C 44.2213 -18.7595
32 C8y C 35.9178 -15.9710
33 C5a C 33.4378 -20.6424
34 C1a C 34.6520 -22.7910
35 O1a O 37.0392 -22.7210
36 C5a C 45.5692 -27.7627
37 C1c C 44.2318 -24.8611
38 N1b N 42.8858 -18.1111
39 O1a O 34.6932 -15.2611
40 C1c C 32.2236 -19.9426
41 O5a O 33.4378 -21.8214
42 N1b N 44.3860 -28.4625
43 O5a O 46.7834 -28.4625
44 C1a C 43.8776 -25.7500
45 O1a O 43.5114 -23.6365
46 C2c C 42.9042 -16.7014
47 N1b N 31.0095 -20.6424
48 C1b C 32.2236 -18.5536
49 C1c C 43.1719 -27.7732
50 N1a N 44.0876 -15.9298
51 N2a N 41.6282 -16.0533
52 C5a C 29.8263 -19.9426
53 C1b C 31.0095 -17.8437
54 C5a C 41.9577 -28.4932
55 C1b C 43.1614 -26.6103
56 C1c C 28.6121 -20.6424
57 O5a O 29.8263 -18.5536
58 C5a C 31.0095 -16.4648
59 N1b N 40.7435 -27.8039
60 O5a O 41.9083 -29.7920
61 C5a C 41.6799 -26.2400
62 N1b N 27.4081 -19.9426
63 C1b C 28.6121 -22.0314
64 N1a N 29.8263 -15.7549
65 O5a O 32.2236 -15.7549
66 C1c C 39.5600 -28.5037
67 N1a N 41.5357 -24.9597
68 O5a O 39.9842 -25.9622
69 C5a C 26.2044 -20.6424
70 C1c C 29.8263 -22.7210
71 C5a C 38.3459 -27.8141
72 C1c C 39.5705 -29.9028
73 C1c C 24.9902 -19.9426
74 O5a O 26.2044 -22.0314
75 C1a C 29.8263 -24.0996
76 C1a C 31.0095 -22.0314
77 N1b N 37.1421 -28.5138
78 O5a O 38.3357 -26.4250
79 C1a C 38.3769 -30.5924
80 O1a O 40.7948 -30.7014
81 N1b N 23.7966 -20.6424
82 C1b C 24.9902 -18.5536
83 C1b C 35.9485 -27.8245
84 C5a C 22.6030 -19.9426
85 C1b C 23.7966 -17.8437
86 C5a C 34.7448 -28.5138
87 C1c C 21.3888 -20.6424
88 O5a O 22.6030 -18.5536
89 C1b C 23.7966 -16.4648
90 N1b N 33.5306 -27.8451
91 O5a O 34.7550 -29.9339
92 C1b C 21.3888 -22.0314
93 N1b N 20.1952 -19.9426
94 C1b C 22.6030 -15.7549
95 C1c C 32.3472 -28.5550
96 C8y C 22.6030 -22.7210
97 C5a C 18.9811 -20.6424
98 N1a N 22.6030 -14.3760
99 C5a C 31.1229 -27.8552
100 C1b C 32.3472 -29.9339
101 C8x C 23.8584 -22.1651
102 N4x N 22.7367 -24.0996
103 C1c C 17.7976 -19.9426
104 O5a O 18.9811 -22.0314
105 N1b N 29.9188 -28.5654
106 O5a O 31.1229 -26.4662
107 O1a O 31.1434 -30.6438
108 N5x N 24.7843 -23.2044
109 C8x C 24.1051 -24.3879
110 N1b N 16.5834 -20.6424
111 C1b C 17.7976 -18.5536
112 C1b C 28.7252 -27.8758
113 C5a C 15.3693 -19.9426
114 C1c C 18.9811 -17.8437
115 C5a C 27.5215 -28.5654
116 C1c C 15.3693 -18.5536
117 O5a O 14.1551 -20.6424
118 C1a C 18.9605 -16.7632
119 C1a C 19.9482 -18.3271
120 N1b N 26.3073 -27.8863
121 O5a O 27.5316 -29.9646
122 N1b N 14.1551 -17.8437
123 C1b C 16.5834 -17.8437
124 C1c C 25.1033 -28.5860
125 C5a C 14.1551 -16.4648
126 C1b C 16.6021 -16.1458
127 C5a C 23.8995 -27.8964
128 C1c C 25.1239 -29.9852
129 C1c C 12.9719 -15.7549
130 O5a O 15.3693 -15.7549
131 C6a C 17.6022 -15.1477
132 N1y N 22.6749 -28.6167
133 O5a O 23.8995 -26.7174
134 C1a C 23.9201 -30.6849
135 O1a O 26.3279 -30.6748
136 N1b N 12.9719 -14.3760
137 C1b C 11.7679 -16.4648
138 O6a O 17.2730 -13.7998
139 O6a O 18.8062 -15.6003
140 C1y C 21.5124 -27.7732
141 C1x C 22.2223 -29.9646
142 C5a C 11.7679 -13.6763
143 C1b C 11.7679 -17.8437
144 C1x C 20.3701 -28.6167
145 C5a C 21.5124 -26.3633
146 C1x C 20.8126 -29.9646
147 C1c C 11.7679 -12.2872
148 O5a O 10.5746 -14.3760
149 C5a C 12.8382 -18.9857
150 N1a N 22.7471 -25.6534
151 O5a O 20.2982 -25.6534
152 N1b N 12.9719 -11.5979
153 C1b C 10.5746 -11.5979
154 N1a N 11.9738 -20.2204
155 O5a O 14.1243 -18.9467
156 C5a C 12.9719 -10.2086
157 O1a O 10.5746 -10.3486
158 C1c C 14.1551 -9.4987
159 O5a O 11.7679 -9.4987
160 N1b N 15.3693 -10.2086
161 C1b C 14.1551 -8.1097
162 C5a C 16.5834 -9.4987
163 C1c C 12.9719 -7.4305
164 C1c C 16.5834 -8.1097
165 O5a O 17.7976 -10.2086
166 C1a C 11.7679 -8.1097
167 C1a C 12.9719 -6.0415
168 N1b N 17.7976 -7.4305
169 C1b C 15.3693 -7.4305
170 C5a C 18.9811 -8.1097
171 C1b C 15.3693 -6.0415
172 C1b C 20.1952 -7.4305
173 O5a O 18.9811 -9.4987
174 C1b C 14.1551 -5.3212
175 N1b N 21.3888 -8.1097
176 C1b C 14.1551 -3.9527
177 C5a C 22.6030 -7.4305
178 N1a N 12.9719 -3.2634
179 C1c C 23.7966 -8.1097
180 O5a O 22.6030 -6.0415
181 N1b N 24.9902 -7.4305
182 C1b C 23.7966 -9.4987
183 C5a C 26.2044 -8.1097
184 C1c C 22.6030 -10.2086
185 C1c C 27.4081 -7.4305
186 O5a O 26.2044 -9.4987
187 C1a C 22.6030 -11.5979
188 C1a C 21.3888 -9.4987
189 N1b N 28.6121 -8.1097
190 C1c C 27.4081 -6.0415
191 C5a C 29.8263 -7.4305
192 C1a C 28.6121 -5.3212
193 C1a C 26.2044 -5.3212
194 C1c C 31.0095 -8.1097
195 O5a O 29.8263 -6.0415
196 N1b N 32.2236 -7.4305
197 C1b C 31.0405 -11.7728
198 C5a C 33.4378 -8.1097
199 S3a S 32.1517 -12.4827
200 C1c C 34.6520 -7.4305
201 O5a O 33.4378 -9.4987
202 S3a S 33.3555 -11.6287
203 N1b N 35.8354 -8.1097
204 C1c C 34.6520 -6.0415
205 C1b C 34.6314 -12.4209
206 C5a C 37.0392 -7.4305
207 C1a C 33.4378 -5.3212
208 O1a O 35.8354 -5.3212
209 C1c C 35.7737 -11.6287
210 C1c C 38.2534 -8.1097
211 O5a O 37.0392 -6.0415
212 C5a C 37.0084 -12.4209
213 N1a N 35.7426 -10.2498
214 N1b N 39.4574 -7.4305
215 C1b C 38.2040 -9.2519
216 N1b N 38.3151 -11.7212
217 O5a O 37.0290 -13.3471
218 C5a C 40.6510 -8.1097
219 O1a O 37.1523 -9.5317
220 C1c C 39.5395 -12.5239
221 C1c C 41.8652 -7.4305
222 O5a O 40.6510 -9.4987
223 C5a C 40.7229 -11.7728
224 C1b C 39.5480 -13.9851
225 N1b N 43.0793 -8.1097
226 C1b C 41.8652 -6.0415
227 N1b N 42.0090 -12.4827
228 O5a O 40.7210 -10.4867
229 O1a O 40.7435 -14.7568
230 C5a C 43.6556 -10.0543
231 C1c C 43.0793 -5.3212
232 C1c C 43.1614 -11.7728
233 O5a O 44.7399 -10.0543
234 C1a C 43.0793 -3.9527
235 C1a C 44.2729 -6.0415
236 C1b C 44.2318 -12.4621
237 C5a C 45.5384 -11.7212
238 N1a N 46.4954 -12.3592
239 O5a O 45.6002 -10.7499
BOND 243
1 1 2 1
2 1 3 1
3 1 4 1
4 2 5 1
5 2 6 1
6 3 7 1
7 3 8 2
8 4 9 1
9 5 10 1
10 5 11 2
11 7 12 1
12 7 13 1
13 10 14 1
14 12 15 1
15 13 16 1
16 14 17 1
17 14 18 1
18 15 19 1
19 15 20 2
20 16 21 1
21 16 22 2
22 17 23 1
23 17 24 2
24 18 25 1
25 19 26 2
26 20 27 1
27 21 28 1
28 21 29 1
29 23 30 1
30 25 31 1
31 26 32 1
32 28 33 1
33 29 34 1
34 29 35 1
35 30 36 1
36 30 37 1
37 31 38 1
38 32 39 1
39 33 40 1
40 33 41 2
41 36 42 1
42 36 43 2
43 37 44 1
44 37 45 1
45 38 46 1
46 40 47 1
47 40 48 1
48 42 49 1
49 46 50 1
50 46 51 2
51 47 52 1
52 48 53 1
53 49 54 1
54 49 55 1
55 52 56 1
56 52 57 2
57 53 58 1
58 54 59 1
59 54 60 2
60 55 61 1
61 56 62 1
62 56 63 1
63 58 64 1
64 58 65 2
65 59 66 1
66 61 67 1
67 61 68 2
68 62 69 1
69 63 70 1
70 66 71 1
71 66 72 1
72 69 73 1
73 69 74 2
74 70 75 1
75 70 76 1
76 71 77 1
77 71 78 2
78 72 79 1
79 72 80 1
80 73 81 1
81 73 82 1
82 77 83 1
83 81 84 1
84 82 85 1
85 83 86 1
86 84 87 1
87 84 88 2
88 85 89 1
89 86 90 1
90 86 91 2
91 87 92 1
92 87 93 1
93 89 94 1
94 90 95 1
95 92 96 1
96 93 97 1
97 94 98 1
98 95 99 1
99 95 100 1
100 96 101 2
101 96 102 1
102 97 103 1
103 97 104 2
104 99 105 1
105 99 106 2
106 100 107 1
107 101 108 1
108 102 109 1
109 103 110 1
110 103 111 1
111 105 112 1
112 110 113 1
113 111 114 1
114 112 115 1
115 113 116 1
116 113 117 2
117 114 118 1
118 114 119 1
119 115 120 1
120 115 121 2
121 116 122 1
122 116 123 1
123 120 124 1
124 122 125 1
125 123 126 1
126 124 127 1
127 124 128 1
128 125 129 1
129 125 130 2
130 126 131 1
131 127 132 1
132 127 133 2
133 128 134 1
134 128 135 1
135 129 136 1
136 129 137 1
137 131 138 1
138 131 139 2
139 132 140 1
140 132 141 1
141 136 142 1
142 137 143 1
143 140 144 1
144 140 145 1
145 141 146 1
146 142 147 1
147 142 148 2
148 143 149 1
149 145 150 1
150 145 151 2
151 147 152 1
152 147 153 1
153 149 154 1
154 149 155 2
155 152 156 1
156 153 157 1
157 156 158 1
158 156 159 2
159 158 160 1
160 158 161 1
161 160 162 1
162 161 163 1
163 162 164 1
164 162 165 2
165 163 166 1
166 163 167 1
167 164 168 1
168 164 169 1
169 168 170 1
170 169 171 1
171 170 172 1
172 170 173 2
173 171 174 1
174 172 175 1
175 174 176 1
176 175 177 1
177 176 178 1
178 177 179 1
179 177 180 2
180 179 181 1
181 179 182 1
182 181 183 1
183 182 184 1
184 183 185 1
185 183 186 2
186 184 187 1
187 184 188 1
188 185 189 1
189 185 190 1
190 189 191 1
191 190 192 1
192 190 193 1
193 191 194 1
194 191 195 2
195 194 196 1
196 194 197 1
197 196 198 1
198 197 199 1
199 198 200 1
200 198 201 2
201 199 202 1
202 200 203 1
203 200 204 1
204 202 205 1
205 203 206 1
206 204 207 1
207 204 208 1
208 205 209 1
209 206 210 1
210 206 211 2
211 209 212 1
212 209 213 1
213 210 214 1
214 210 215 1
215 212 216 1
216 212 217 2
217 214 218 1
218 215 219 1
219 216 220 1
220 218 221 1
221 218 222 2
222 220 223 1
223 220 224 1
224 221 225 1
225 221 226 1
226 223 227 1
227 223 228 2
228 224 229 1
229 225 230 1
230 226 231 1
231 227 232 1
232 230 233 2
233 231 234 1
234 231 235 1
235 232 236 1
236 236 237 1
237 237 238 1
238 237 239 2
239 6 9 1
240 27 32 2
241 108 109 2
242 144 146 1
243 230 232 1