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BioLiP E. coli GLASS GPCR-HGmod GPCR-RD GPCR-EXP Tara-3D TM-fold DECOYS POTENTIAL RW/RWplus EvoEF HPSF THE-DB ADDRESS Alpaca-Antibody CASP7 CASP8 CASP9 CASP10 CASP11 CASP12 CASP13 CASP14

BioLiP
>protein
EERGKILVSLMYSTQQGGLIVGIIRCVHLAAMDANGYSDPFVKLWLKPDMGKKAKHKTQIKKKTLNPEFNEEFFYDIKHS
DLAKKSLDISVWDYDIGKSNDYIGGCQLGISAKGERLKHWYECLKNKDKKIERWHQLQN

The query sequence (length=139) is searched through a non-redundant set of database sequences protein_nr.fasta.gz clustered at 90% identity cutoff to identify representative hits. Homologs that belong to the same sequence cluster of the representative hit are listed in the last column of the table.

# Hit Hit
length
Aligned
length
Identity
(normalized by query)
Identity
(normalized by hit)
Identity (normalized
by aligned length)
E-value Homologs
to hit
1 2cm6:A 149 139 0.9784 0.9128 0.9784 9.64e-98 2cm5:A, 2cm6:B, 5lo8:A, 5lo8:B, 5lob:A, 5lob:B, 5lob:C, 5low:A, 5low:B, 5low:C, 5low:H, 5low:I, 5low:J
2 4ldc:A 149 139 0.7626 0.7114 0.7626 6.15e-81
3 3hn8:A 279 135 0.4029 0.2007 0.4148 3.51e-28 1dqv:A, 3hn8:B, 3hn8:C
4 3hn8:A 279 105 0.3094 0.1541 0.4095 2.27e-21 1dqv:A, 3hn8:B, 3hn8:C
5 5h4z:A 129 124 0.3237 0.3488 0.3629 9.25e-25 5h4y:A, 5h4z:B
6 6ank:B 263 136 0.3813 0.2015 0.3897 5.26e-24 6anj:A, 6ank:A, 6lcy:A, 3n5a:A
7 6ank:B 263 109 0.2950 0.1559 0.3761 1.48e-17 6anj:A, 6ank:A, 6lcy:A, 3n5a:A
8 5cch:E 280 109 0.3309 0.1643 0.4220 2.09e-23 1byn:A, 8c5h:S, 5ccg:E, 5ccg:F, 5ccg:K, 5cch:F, 5cci:E, 5cci:F, 3f05:A, 1k5w:A, 5kj7:E, 5kj7:F, 5kj7:K, 5kj8:E, 5kj8:F, 5kj8:K, 2lha:A, 6mti:1, 6mti:2, 6mti:3, 6mti:4, 6mti:5, 6mti:6, 1tjx:A, 7tx9:A, 7u4q:A, 1uov:A, 1uow:A, 4v11:A, 5vfe:A, 5vfe:B, 5vff:A, 5vfg:A, 5w5c:F, 2yoa:A, 2yoa:B
9 5cch:E 280 139 0.4101 0.2036 0.4101 2.33e-22 1byn:A, 8c5h:S, 5ccg:E, 5ccg:F, 5ccg:K, 5cch:F, 5cci:E, 5cci:F, 3f05:A, 1k5w:A, 5kj7:E, 5kj7:F, 5kj7:K, 5kj8:E, 5kj8:F, 5kj8:K, 2lha:A, 6mti:1, 6mti:2, 6mti:3, 6mti:4, 6mti:5, 6mti:6, 1tjx:A, 7tx9:A, 7u4q:A, 1uov:A, 1uow:A, 4v11:A, 5vfe:A, 5vfe:B, 5vff:A, 5vfg:A, 5w5c:F, 2yoa:A, 2yoa:B
10 2uzp:A 142 132 0.3453 0.3380 0.3636 2.61e-21 2uzp:B, 2uzp:C
11 1w15:A 132 135 0.3525 0.3712 0.3630 3.59e-21
12 3pfq:A 523 111 0.3237 0.0860 0.4054 5.26e-20 1a25:A, 1a25:B, 2i0e:A, 2i0e:B
13 6uwa:A 187 110 0.2950 0.2193 0.3727 6.26e-19 1dsy:A, 3gpe:A, 2nce:A, 3twy:A, 5w4s:A
14 4lt7:A 128 124 0.3165 0.3438 0.3548 5.19e-18 2k3h:A, 4np9:A, 4ns0:A
15 4lcv:C 129 124 0.3165 0.3411 0.3548 1.36e-17
16 6bty:B 128 131 0.2950 0.3203 0.3130 8.00e-12 2b3r:A, 2b3r:B, 6btz:A, 6btz:D, 6btz:B, 6btz:C, 6bu0:A, 6bu0:B, 6bu0:C
17 7atp:A 129 94 0.2446 0.2636 0.3617 5.73e-10
18 5a50:A 165 110 0.2590 0.2182 0.3273 4.31e-08 5a4x:A, 5a4x:B, 5a50:B, 5a51:A, 5a51:B, 4v29:A, 4v29:B
19 7a1r:A 121 77 0.2014 0.2314 0.3636 2.14e-06 7a1r:B
20 5a52:A 154 106 0.2158 0.1948 0.2830 5.76e-06
21 6nyt:A 135 112 0.2086 0.2148 0.2589 5.89e-04
22 3b7y:A 144 102 0.1942 0.1875 0.2647 0.004
23 1djg:B 561 76 0.1439 0.0357 0.2632 0.024 1djg:A, 1djh:A, 1djh:B, 1dji:A, 1dji:B, 1djw:A, 1djw:B, 1djx:A, 1djx:B, 1djy:A, 1djy:B, 1djz:A, 1djz:B
24 5ue8:A 847 86 0.1583 0.0260 0.2558 0.040 5ue8:B, 1y8f:A
25 4ihb:E 126 58 0.1223 0.1349 0.2931 0.24 7jof:A, 7jof:B, 7jof:C, 7jof:D
26 5ek8:A 668 37 0.0791 0.0165 0.2973 0.56
27 6kxk:D 553 90 0.1583 0.0398 0.2444 0.64 6kxk:F, 6kxu:A, 6kxu:B, 6kxu:C, 6kxu:D, 6kxu:E, 6kxu:F, 6kxu:G, 6kxu:H
28 3d46:A 405 71 0.1367 0.0469 0.2676 0.67 3box:A, 3box:B, 3cxo:A, 3cxo:B, 3d46:B, 3d46:C, 3d46:D, 3d46:E, 3d46:F, 3d46:G, 3d46:H, 3d47:A, 3d47:B, 3d47:C, 3d47:D, 3d47:E, 3d47:F, 3d47:G, 3d47:H, 2gsh:A, 2gsh:B
29 3m34:A 632 60 0.1295 0.0285 0.3000 1.1 3m6l:A, 3m7i:A
30 1ekj:G 220 88 0.1583 0.1000 0.2500 1.7 1ekj:A, 1ekj:B, 1ekj:C, 1ekj:D, 1ekj:E, 1ekj:F, 1ekj:H
31 6pmp:C 617 23 0.0719 0.0162 0.4348 2.2 6pmp:A, 6pmp:B, 6pmp:D
32 7x6v:A 1381 91 0.1727 0.0174 0.2637 2.3
33 7x6s:A 1453 91 0.1727 0.0165 0.2637 2.3 5ltf:A, 5ltn:A, 5ltn:B, 5t2t:A
34 1wuf:A 371 33 0.0791 0.0296 0.3333 2.7 1wuf:B
35 4h1g:A 670 32 0.0935 0.0194 0.4062 3.8
36 7lxt:H 220 45 0.0935 0.0591 0.2889 6.3 7lxt:V
37 3nsj:A 530 89 0.1583 0.0415 0.2472 8.5 7pag:A, 5ug7:A, 4y1s:A, 4y1t:A

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Reference:
  • Chengxin Zhang, Xi Zhang, Peter L Freddolino, and Yang Zhang. BioLiP2: an updated structure database for biologically relevent ligand-protein interactions, Nucleic Acids Research, gkad630 (2023).
  • Jianyi Yang, Ambrish Roy, and Yang Zhang. BioLiP: a semi-manually curated database for biologically relevant ligand-protein interactions, Nucleic Acids Research, 41: D1096-D1103 (2013) (download the PDF file).
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