P13350 | G2/mitotic-specific cyclin-B1   proviz   swissmodel

*Experimental: mutation (blue); functional region (cyan); located in the long functional sequence (lightblue)
*NES patterns: region with experimental evidence (red-orange-yellow); false positive region (gray)


# candidates id start# sequence secondary class multi-pattern diso spotd iup loc_DISO loc_CDD beta
1 fp_D P13350 68 PVDKLLEPLKVIEE         ...... CCCCCCCCCCCCCC c3-4 uniq 0.846 0.925 0.361 DISO 0.0
2 cand_D P13350 104 LPDELCQAFSDVLIHV ........*....... CHHHHHHHHHHCCCCC c1a-4 multi-selected 0.738 0.371 0.223 __ boundary|Cyclin_N2 superfamily; 0.0
3 cand_D P13350 104 LPDELCQAFSDVLIHV ........*....... CHHHHHHHHHHCCCCC c1d-AT-4 multi 0.738 0.371 0.223 __ boundary|Cyclin_N2 superfamily; 0.0
4 fp_D P13350 111 AFSDVLIHVKDVDA .*............ HHHHCCCCCCCCCC c3-4 uniq 0.57 0.312 0.243 boundary boundary|Cyclin_N2 superfamily; 0.0
5 fp_D P13350 136 YVKDIYAYLRSLED                HHHHHHHHHHHHHH c3-4 uniq 0.021 0.051 0.106 boundary boundary|Cyclin_N2 superfamily; 0.0
6 fp_O P13350 159 HGQEVTGNMRAILIDW                  CCCCCCCCCCHHHHHH c1a-4 multi-selected 0.041 0.047 0.133 ORD MID|Cyclin_N2 superfamily; 0.0
7 fp_O P13350 160 GQEVTGNMRAILIDW                 CCCCCCCCCHHHHHH c1b-AT-4 multi 0.042 0.043 0.115 ORD MID|Cyclin_N2 superfamily; 0.0
8 fp_O P13350 167 MRAILIDWLVQVQMKF                  CCHHHHHHHHHHHHCC c1a-4 multi-selected 0.034 0.016 0.044 ORD MID|Cyclin_N2 superfamily; 0.0
9 fp_O P13350 168 RAILIDWLVQVQMKFRL                   CHHHHHHHHHHHHCCCC c1c-4 multi-selected 0.031 0.015 0.042 ORD MID|Cyclin_N2 superfamily; 0.0
10 fp_O P13350 168 RAILIDWLVQVQMKF                 CHHHHHHHHHHHHCC c1b-4 multi 0.033 0.015 0.043 ORD MID|Cyclin_N2 superfamily; 0.0
11 fp_O P13350 171 LIDWLVQVQMKFRLLQ                  HHHHHHHHHHCCCCCC c1d-5 multi 0.028 0.015 0.031 ORD MID|Cyclin_N2 superfamily; 0.0
12 fp_O P13350 174 WLVQVQMKFRLLQE                HHHHHHHCCCCCCH c3-4 multi-selected 0.02 0.016 0.028 ORD MID|Cyclin_N2 superfamily; 0.0
13 fp_O P13350 178 VQMKFRLLQETMFMTV                  HHHCCCCCCHHHHHHH c1aR-4 multi-selected 0.017 0.014 0.033 ORD MID|Cyclin_N2 superfamily; 0.0
14 fp_O P13350 178 VQMKFRLLQETMFMTV                  HHHCCCCCCHHHHHHH c1d-4 multi 0.017 0.014 0.033 ORD MID|Cyclin_N2 superfamily; 0.0
15 fp_O P13350 180 MKFRLLQETMFMTVGI                  HCCCCCCHHHHHHHHH c1a-AT-4 multi 0.016 0.013 0.039 ORD MID|Cyclin_N2 superfamily; 0.0
16 fp_O P13350 181 KFRLLQETMFMTVGIID                   CCCCCCHHHHHHHHHHH c1c-5 multi-selected 0.015 0.013 0.054 ORD MID|Cyclin_N2 superfamily; 0.0
17 fp_O P13350 181 KFRLLQETMFMTVGI                 CCCCCCHHHHHHHHH c1b-AT-5 multi 0.015 0.013 0.041 ORD MID|Cyclin_N2 superfamily; 0.0
18 fp_O P13350 184 LLQETMFMTVGIID                CCCHHHHHHHHHHH c2-AT-5 multi 0.015 0.011 0.059 ORD MID|Cyclin_N2 superfamily; 0.0
19 fp_O P13350 187 ETMFMTVGIIDRFLQEH                   HHHHHHHHHHHHHCCCC c1cR-4 multi 0.016 0.014 0.094 ORD MID|Cyclin_N2 superfamily; 0.0
20 fp_O P13350 188 TMFMTVGIIDRFLQ                HHHHHHHHHHHHCC c3-AT multi 0.014 0.011 0.091 ORD MID|Cyclin_N2 superfamily; 0.0
21 fp_O P13350 189 MFMTVGIIDRFLQEHP                  HHHHHHHHHHHCCCCC c1aR-4 multi-selected 0.016 0.016 0.102 ORD MID|Cyclin_N2 superfamily; 0.0
22 fp_O P13350 208 NQLQLVGVTAMFLAAK                  CCHHHHHHHHHHHHHH c1aR-4 multi-selected 0.048 0.014 0.075 ORD MID|Cyclin_N2 superfamily; 0.0
23 fp_O P13350 208 NQLQLVGVTAMFLAA                 CCHHHHHHHHHHHHH c1b-4 multi 0.049 0.014 0.075 ORD MID|Cyclin_N2 superfamily; 0.0
24 fp_O P13350 209 QLQLVGVTAMFLAA                CHHHHHHHHHHHHH c2-5 multi-selected 0.049 0.012 0.069 ORD MID|Cyclin_N2 superfamily; 0.0
25 fp_O P13350 209 QLQLVGVTAMFLAA                CHHHHHHHHHHHHH c3-AT multi 0.049 0.012 0.069 ORD MID|Cyclin_N2 superfamily; 0.0
26 fp_O P13350 240 DHTYTKAQIRDMEMKI                  CCCCCHHHHHHHHHHH c1a-AT-4 multi-selected 0.017 0.025 0.111 ORD MID|Cyclin_N2 superfamily; 0.0
27 fp_O P13350 242 TYTKAQIRDMEMKI                CCCHHHHHHHHHHH c2-AT-4 multi 0.018 0.025 0.103 ORD MID|Cyclin_N2 superfamily; 0.0
28 fp_O P13350 247 QIRDMEMKILRVLKFAI                   HHHHHHHHHHHHCCCCC c1c-5 multi-selected 0.014 0.019 0.061 ORD MID|Cyclin_N2 superfamily; 0.0
29 fp_O P13350 247 QIRDMEMKILRVLK                HHHHHHHHHHHHCC c2-5 multi-selected 0.014 0.017 0.071 ORD MID|Cyclin_N2 superfamily; 0.0
30 fp_O P13350 247 QIRDMEMKILRVLK                HHHHHHHHHHHHCC c3-4 multi-selected 0.014 0.017 0.071 ORD MID|Cyclin_N2 superfamily; 0.0
31 fp_O P13350 249 RDMEMKILRVLKFAI                 HHHHHHHHHHCCCCC c1b-4 multi 0.012 0.018 0.052 ORD MID|Cyclin_N2 superfamily; 0.0
32 fp_O P13350 251 MEMKILRVLKFAIGR                 HHHHHHHHCCCCCCC c1b-4 multi 0.011 0.018 0.036 ORD MID|Cyclin_N2 superfamily; 0.0
33 fp_O P13350 251 MEMKILRVLKFAIGRPL                   HHHHHHHHCCCCCCCCC c1cR-4 multi 0.012 0.019 0.037 ORD MID|Cyclin_N2 superfamily; 0.0
34 fp_O P13350 252 EMKILRVLKFAIGR                HHHHHHHCCCCCCC c2-5 multi-selected 0.01 0.019 0.034 ORD MID|Cyclin_N2 superfamily; 0.0
35 fp_D P13350 284 EQHSLAKYLMELVMVD                  HHHHHHHHHHHHHHHH c1a-4 multi-selected 0.105 0.012 0.078 boundary MID|Cyclin_N2 superfamily; 0.0
36 fp_D P13350 284 EQHSLAKYLMELVMVDY                   HHHHHHHHHHHHHHHHC c1c-4 multi-selected 0.108 0.012 0.075 boundary MID|Cyclin_N2 superfamily; 0.0
37 fp_D P13350 285 QHSLAKYLMELVMVD                 HHHHHHHHHHHHHHH c1b-AT-4 multi 0.109 0.011 0.067 boundary MID|Cyclin_N2 superfamily; 0.0
38 fp_D P13350 285 QHSLAKYLMELVMVDY                  HHHHHHHHHHHHHHHC c1a-AT-4 multi 0.112 0.011 0.065 boundary MID|Cyclin_N2 superfamily; 0.0
39 fp_D P13350 285 QHSLAKYLMELVMVDY                  HHHHHHHHHHHHHHHC c1d-AT-4 multi 0.112 0.011 0.065 boundary MID|Cyclin_N2 superfamily; 0.0
40 fp_D P13350 291 YLMELVMVDYDMVHFT                  HHHHHHHHHCCCCCCC c1aR-5 multi-selected 0.156 0.011 0.048 boundary MID|Cyclin_N2 superfamily; 0.0
41 fp_D P13350 294 ELVMVDYDMVHFTP                HHHHHHCCCCCCCH c3-4 multi-selected 0.161 0.012 0.047 boundary MID|Cyclin_N2 superfamily; 0.0
42 fp_D P13350 306 TPSQIAAASSCLSLKI                  CHHHHHHHHHHHHHHH c1d-AT-4 uniq 0.063 0.014 0.091 boundary MID|Cyclin_N2 superfamily; 0.0
43 fp_D P13350 342 LVPVMQHMAKNIIK                HHHHHHHHHHHHHH c3-AT multi 0.028 0.028 0.181 boundary MID|Cyclin_N2 superfamily; 0.0
44 fp_D P13350 342 LVPVMQHMAKNIIKVNK                   HHHHHHHHHHHHHHHCC c1c-AT-5 multi 0.034 0.049 0.191 boundary MID|Cyclin_N2 superfamily; 0.0
45 fp_D P13350 345 VMQHMAKNIIKVNK                HHHHHHHHHHHHCC c3-4 multi-selected 0.037 0.054 0.2 boundary MID|Cyclin_N2 superfamily; 0.0
46 fp_D P13350 352 NIIKVNKGLTKHLTVKN                   HHHHHCCCCCCHHHHHH c1c-5 uniq 0.153 0.125 0.256 boundary boundary|Cyclin_N2 superfamily; 0.0
47 fp_D P13350 376 MKISTIPQLRSDVVVEM                   CCCCCCCCCCCHHHHHH c1c-AT-4 multi-selected 0.538 0.23 0.248 DISO boundary|Cyclin_N2 superfamily; 0.0
48 fp_D P13350 377 KISTIPQLRSDVVVEM                  CCCCCCCCCCHHHHHH c1d-5 multi 0.524 0.232 0.244 DISO boundary|Cyclin_N2 superfamily; 0.0

*candidates: NES candidates and false positives annotated with "cand" and "fp", respectively;
                if the segment is located in the disordered or boundary region, flagged with "D"; if the segment is located in the ordered region, flagged with "O";
                if the segment's beta-strand content is over 0.5, flagged with "beta".
*sequence: Hydrophobic positions are colored in red. The positions with the experimental evidence is marked with '*' (mutation) and '+' (functional sequence in NESdb or sites in validNES).
                The positions with '.' are for the region annotated in the long (more than 25 residues) functional sequence or site.
*multi-pattern: the consensus pattern is unique or multiple within the region (if the start# difference is less than 5, the segments are considered to be the same region)
*diso: average DISOPRED3-predicted disorder propensity for the segment
*spotd: average SPOT-Disorder-predicted disorder propensity for the segment
*iup: average IUPRED2A-predicted disorder propensity for the segment
*loc_DISO: location of the segment with respect to the ordered/disordered regions
*loc_CDD: location of the segment with respect to the conserved region annotated in the Conserved Domain Database (CDD)
*beta: beta-strand content in the middle of the segment