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TM-score TM-align US-align MM-align RNA-align NW-align LS-align EDTSurf MVP MVP-Fit SPICKER HAAD PSSpred 3DRobot MR-REX I-TASSER-MR SVMSEQ NeBcon ResPRE TripletRes DeepPotential WDL-RF ATPbind DockRMSD DeepMSA FASPR EM-Refiner GPU-I-TASSER

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
MLKIISANVNGIRSAYKKGFYEYIAASGADIVCVQELKAQEADLSADMKNPHGMHGHWHCAEKRGYSGVAVYSKRKPDNV
QIGMGIEEFDREGRFVRCDFGRLSVISLYLPSGSSAEERQQVKYRFLDAFYPMLEAMKNEGRDIVVCGDWNIAHQNIDLK
NWKGNQKNSGFLPEEREWIGKVIHKLGWTDMWRTLYPDVPGYTWWSNRGQAYAKDVGWRIDYQMVTPELAAKAVSAHVYK
DEKFSDHAPLVVEYDYAAE

The query sequence (length=259) 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 4b5g:A 259 259 1.0000 1.0000 1.0000 0.0 4b5f:A, 4b5g:B, 4b5g:C, 4b5h:A, 4b5i:A, 4b5j:A, 4b5m:A, 4b5m:B, 4b5m:C, 2jc5:A
2 5j8n:A 258 254 0.4286 0.4302 0.4370 1.78e-73
3 3fzi:A 258 255 0.4015 0.4031 0.4078 8.16e-68 3g00:A, 3g00:B, 3g0a:A, 3g0r:A, 3g0r:B, 3g1k:A, 3g1k:B, 3g2c:A, 3g2c:B, 3g2d:A, 3g2d:B, 3g38:A, 3g3c:A, 3g3c:B, 3g3y:B, 3g3y:A, 3g4t:A, 3g4t:B, 3ga6:A, 3ga6:B, 3w2x:A, 3w2y:A, 3w2y:D
4 8bvh:H 262 255 0.3668 0.3626 0.3725 2.53e-62 8bvh:I, 8bvh:B, 8bvh:G, 8bvj:Q, 8bvj:G, 8bvj:C, 8bvj:A, 8bvm:A, 8bvm:H, 8bvm:N, 6o1k:A, 6o1k:B, 6o1l:A, 6o1l:B, 6o1l:R, 6o1m:A, 6o1m:B, 6o1m:S, 6o1m:R
5 8igi:A 251 254 0.3784 0.3904 0.3858 7.11e-62 8igi:B
6 5cfe:A 252 251 0.3707 0.3810 0.3825 1.54e-58
7 6mkk:A 282 254 0.3514 0.3227 0.3583 6.33e-56 6boq:A, 6bor:A, 6bos:A, 6bot:A, 6bou:A, 6bov:A, 6bow:A, 7cd5:A, 7cd6:A, 5cfg:A, 1de8:B, 1de8:A, 1de9:A, 1de9:B, 1dew:B, 1dew:A, 5dff:A, 5dfh:A, 5dfi:A, 5dfj:A, 5dg0:A, 4iem:A, 4iem:B, 4iem:C, 4iem:D, 2isi:A, 2isi:B, 2isi:C, 4lnd:A, 4lnd:B, 4lnd:C, 7lpg:D, 7lph:D, 7lpi:D, 7lpj:D, 7mcr:A, 7mev:A, 6p93:A, 6p94:A, 4qh9:A, 4qhe:A, 7suv:B, 7svb:B, 7tc2:A, 7tc2:B, 7tc2:C, 7tc2:D, 7tr7:A, 7u50:K, 3u8u:A, 3u8u:B, 3u8u:C, 3u8u:D, 3u8u:E, 3u8u:F, 6w0q:A, 6w2p:A, 6w3l:B, 6w3n:B, 6w3q:B, 6w3u:B, 6w43:A, 6w4i:A, 6w4i:B, 6w4t:A, 6w4t:B, 5wn0:A, 5wn1:A, 5wn2:A, 5wn3:B, 5wn4:B, 5wn5:B, 5wn5:A
8 8ka5:A 297 259 0.3359 0.2929 0.3359 6.27e-41 8ka3:A, 8ka4:B, 8ka4:C
9 2voa:A 257 264 0.3243 0.3268 0.3182 7.18e-29 2voa:B
10 6fk4:A 257 266 0.2819 0.2840 0.2744 7.48e-26 6fk5:A, 6fke:A, 2jc4:A
11 6wcd:A 314 289 0.2896 0.2389 0.2595 1.48e-17
12 7n3z:A 379 347 0.2973 0.2032 0.2219 5.27e-07 7n3y:B, 7n3y:C, 7n3y:A, 7n3y:D
13 8uw3:A 1265 257 0.1969 0.0403 0.1984 2.07e-05 7n8s:A, 7n94:A, 7n94:B, 8sp5:A, 8sp5:B, 8sp7:A, 8sxt:A, 8sxu:A, 1vyb:B
14 2eb0:B 307 77 0.0888 0.0749 0.2987 0.22 2eb0:A
15 4ruw:A 386 111 0.1081 0.0725 0.2523 0.60
16 6p24:B 793 116 0.1236 0.0404 0.2759 0.60
17 7wdq:A 336 116 0.1081 0.0833 0.2414 1.1 7wdq:B, 7wdq:C, 7wdw:A, 7wdw:B, 7wdw:C, 7wdw:D
18 6ful:A 478 66 0.0695 0.0377 0.2727 1.4 5a1l:A, 5a1l:B, 3avr:A, 3avs:A, 6fuk:A, 5fxv:A, 5fxv:B, 5fxw:A, 5fxw:B, 5fxx:A, 5fxx:B, 5fxz:A, 5fxz:B, 5fy0:A, 5fy0:B, 5fy1:A, 5fy1:B, 5fy7:A, 5fy7:B, 5fym:A, 5fym:B, 6g8f:A, 4uf0:A, 4uf0:B, 3zli:A, 3zli:B, 3zpo:A, 3zpo:B
19 3lku:E 291 63 0.0734 0.0653 0.3016 2.1 3lku:A
20 6ks6:E 536 34 0.0502 0.0243 0.3824 2.2 6ks6:e, 4v81:E, 4v81:M, 4v81:e, 4v81:m, 4v8r:AE, 4v8r:Ae, 4v8r:BE, 4v8r:Be, 4v94:E, 4v94:M, 4v94:e, 4v94:m, 7ylw:E, 7ylw:e, 7ylx:E, 7ylx:e, 7yly:E, 7yly:e
21 3s9c:A 234 32 0.0463 0.0513 0.3750 3.6 3sbk:A
22 8h7g:K 352 25 0.0425 0.0312 0.4400 5.7
23 8wr4:B 1442 34 0.0463 0.0083 0.3529 5.8
24 8wmm:B 1212 34 0.0463 0.0099 0.3529 6.1 8iyq:A, 8wmh:A, 8wmm:A, 8wmn:A, 8wmn:B, 8wr4:A
25 4zm6:A 844 41 0.0579 0.0178 0.3659 6.3 4zm6:B
26 8w53:B 479 51 0.0541 0.0292 0.2745 8.1 8w53:A
27 6ldk:A 813 47 0.0656 0.0209 0.3617 9.4

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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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