Home Research COVID-19 Services Publications People Teaching Job Opening News Forum --> -->
Online Services

I-TASSER I-TASSER-MTD C-I-TASSER CR-I-TASSER QUARK C-QUARK LOMETS MUSTER CEthreader SEGMER DeepFold DeepFoldRNA FoldDesign COFACTOR COACH MetaGO TripletGO IonCom FG-MD ModRefiner REMO DEMO DEMO-EM DMFold SPRING COTH Threpp PEPPI BSpred ANGLOR EDock BSP-SLIM SAXSTER FUpred ThreaDom ThreaDomEx EvoDesign BindProf BindProfX SSIPe GPCR-I-TASSER MAGELLAN ResQ STRUM DAMpred

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
ALRTRLGELLRPLNSEYGKVAPGWGTTPIMGFVMLLFFLFLLIILQIYNSSLIIENVDVDWASLG

The query sequence (length=65) 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 6j3y:H 66 63 0.8462 0.8333 0.8730 1.76e-36 6j3y:h, 6j3z:H, 6j3z:h, 6j40:H, 6j40:h, 8j5k:H, 8j5k:h, 6jlu:H, 6jlu:h, 7vd5:H, 7vd5:h
2 8wql:HD 64 64 0.8000 0.8125 0.8125 6.17e-32 8wql:HE, 8wql:H1, 8wql:h1, 8wql:hD, 8wql:hE
3 7y5e:HL 66 65 0.9385 0.9242 0.9385 6.60e-31 8wb4:H, 8wb4:h, 8xlp:h, 8xlp:H, 8xr6:H, 8xr6:h, 7y5e:H6, 7y5e:h6, 7y5e:hL, 7y7a:H9, 7y7a:h9, 7y7a:hE, 7y7a:HE, 7y7a:HO, 7y7a:hO, 7y7a:HZ, 7y7a:hZ, 7y7a:Hm, 7y7a:hm
4 8iwh:H 65 63 0.8308 0.8308 0.8571 3.78e-29 8iwh:h
5 4yuu:h1 62 62 0.7692 0.8065 0.8065 2.68e-26 4yuu:H1, 4yuu:H2, 4yuu:h2
6 8bd3:H 67 65 0.6154 0.5970 0.6154 2.55e-24 8bd3:h
7 7n8o:H 63 62 0.7385 0.7619 0.7742 3.30e-24 7n8o:h, 7rcv:H, 7rcv:h, 8tow:H, 8tow:h, 6wj6:H
8 5xnl:H 60 57 0.5846 0.6333 0.6667 3.45e-24 5xnl:h, 5xnm:H, 5xnm:h, 6yp7:h, 6yp7:H
9 8c29:H 62 59 0.5846 0.6129 0.6441 4.33e-24 8c29:h
10 7oui:H 60 58 0.5692 0.6167 0.6379 1.77e-23 3jcu:H, 3jcu:h, 5mdx:H, 5mdx:h, 7oui:h
11 8kde:H 73 64 0.6308 0.5616 0.6406 3.56e-22 6kac:H, 6kac:h, 6kad:H, 6kad:h, 6kaf:H, 6kaf:h, 8r2i:H, 8zee:H
12 7pi0:H 67 62 0.6308 0.6119 0.6613 4.94e-22 7pi0:h, 7pi5:H, 7pi5:h, 7pin:H, 7pin:h, 7pin:H1, 7pin:h1, 7piw:H, 7piw:h, 7piw:H1, 7piw:h1, 7pnk:H, 7pnk:h
13 6dhe:H 65 65 0.6923 0.6923 0.6923 2.46e-21 3a0b:H, 3a0b:h, 3a0h:H, 3a0h:h, 2axt:H, 2axt:h, 5b5e:H, 5b5e:h, 5b66:H, 5b66:h, 7cji:H, 7cji:h, 7cjj:H, 7cjj:h, 7cou:H, 7cou:h, 7czl:H, 7czl:h, 7d1t:H, 7d1t:h, 7d1u:H, 7d1u:h, 6dhe:h, 6dhf:H, 6dhf:h, 6dhg:H, 6dhg:h, 6dhh:H, 6dhh:h, 6dho:H, 6dho:h, 6dhp:H, 6dhp:h, 7dxa:h, 7dxh:h, 5e79:H, 5e79:h, 5e7c:H, 5e7c:h, 7eda:H, 9evx:H, 9evx:h, 8ez5:H, 8ez5:h, 8f4c:H, 8f4c:h, 8f4d:H, 8f4d:h, 8f4e:H, 8f4e:h, 8f4f:H, 8f4f:h, 8f4g:H, 8f4g:h, 8f4h:H, 8f4h:h, 8f4i:H, 8f4i:h, 8f4j:H, 8f4j:h, 8f4k:H, 8f4k:h, 4fby:H, 4fby:W, 8gn0:H, 8gn0:h, 8gn1:H, 8gn1:h, 8gn2:H, 8gn2:h, 5gth:H, 5gth:h, 5gti:H, 5gti:h, 5h2f:H, 5h2f:h, 4il6:H, 4il6:h, 8ir5:H, 8ir5:h, 8ir6:H, 8ir6:h, 8ir7:H, 8ir7:h, 8ir8:H, 8ir8:h, 8ir9:H, 8ir9:h, 8ira:H, 8ira:h, 8irb:H, 8irb:h, 8irc:H, 8irc:h, 8ird:H, 8ird:h, 8ire:H, 8ire:h, 8irf:H, 8irf:h, 8irg:H, 8irg:h, 8irh:H, 8irh:h, 8iri:H, 8iri:h, 4ixq:H, 4ixq:h, 4ixr:H, 4ixr:h, 6jlj:H, 6jlj:h, 6jlk:H, 6jlk:h, 6jll:H, 6jll:h, 6jlm:H, 6jlm:h, 6jln:H, 6jln:h, 6jlo:H, 6jlo:h, 6jlp:H, 6jlp:h, 5kaf:H, 5kaf:h, 5kai:H, 5kai:h, 3kzi:H, 5mx2:H, 5mx2:h, 7nho:H, 7nhp:H, 7nhq:H, 4pbu:H, 4pbu:h, 4pj0:H, 4pj0:h, 7rf1:H, 7rf1:h, 7rf2:H, 7rf2:h, 7rf3:H, 7rf3:h, 7rf4:H, 7rf4:h, 7rf5:H, 7rf5:h, 7rf6:H, 7rf6:h, 7rf7:H, 7rf7:h, 7rf8:H, 7rf8:h, 4rvy:H, 4rvy:h, 1s5l:H, 1s5l:h, 5tis:H, 5tis:h, 4tnh:H, 4tnh:h, 4tni:H, 4tni:h, 4tnj:H, 4tnj:h, 4tnk:H, 4tnk:h, 4ub6:H, 4ub6:h, 4ub8:H, 4ub8:h, 5v2c:H, 5v2c:h, 4v62:AH, 4v62:BH, 4v82:AH, 4v82:BH, 6w1o:H, 6w1o:h, 6w1p:H, 6w1p:h, 6w1q:H, 6w1q:h, 6w1r:H, 6w1r:h, 6w1t:H, 6w1t:h, 6w1u:H, 6w1u:h, 6w1v:H, 6w1v:h, 5ws5:H, 5ws5:h, 5ws6:H, 5ws6:h, 3wu2:H, 3wu2:h, 7yq2:H, 7yq2:h, 7yq7:H, 7yq7:h, 5zzn:H, 5zzn:h
14 8eqm:H 65 50 0.4462 0.4462 0.5800 3.39e-17 8eqm:h
15 7ymi:H 68 64 0.4615 0.4412 0.4688 7.86e-12 7ymi:h, 7ymm:1H, 7ymm:2H, 7ymm:3H, 7ymm:4H
16 4gqs:A 464 30 0.1846 0.0259 0.4000 1.7 5a5i:A, 5a5j:A, 4gqs:B, 4gqs:C, 4gqs:D, 5k7k:A, 1og2:A, 1og2:B, 1og5:A, 1og5:B, 1r9o:A, 7rl2:A, 6vlt:A, 6vlt:B, 6vlt:C, 6vlt:D, 6vlt:E, 6vlt:F, 6vlt:G, 6vlt:H, 8vx0:A, 8vz7:A, 5w0c:A, 5x23:A, 5x24:A, 5xxi:A
17 4dec:A 284 34 0.2154 0.0493 0.4118 5.7 4de7:A, 3e25:A, 5jsx:A, 5jt0:A, 5juc:A, 5jud:A, 4y6n:A, 4y6u:A, 4y7f:A, 4y7g:A, 4y9x:A
18 3ckq:A 302 34 0.2154 0.0464 0.4118 6.2 3ckn:A, 3cko:A, 3ckv:A
19 8hr8:G 830 37 0.1846 0.0145 0.3243 6.4 8hr9:G, 8hr9:N
20 8hra:C 852 37 0.1846 0.0141 0.3243 6.4 8hr8:A, 8hr8:C, 8hr8:F, 8hr8:H, 8hr9:A, 8hr9:C, 8hr9:F, 8hr9:H, 8hr9:I, 8hr9:J, 8hr9:M, 8hr9:O, 8hra:D, 8hra:E, 8hra:H, 8hra:A, 8hra:B, 8hra:G, 8hrb:D, 8hrb:E, 8hrb:C, 8hrb:H, 8hrb:A, 8hrb:B, 8hrb:M, 8hrb:P, 8hrb:L, 8hrb:R, 8hrb:F, 8hrb:K, 8hrb:Q, 8hrb:G
21 6j79:A 816 14 0.1231 0.0098 0.5714 9.8 1amo:A, 1amo:B, 1b1c:A, 1dve:A, 1dvg:A, 1dvg:B, 2dy5:A, 2e7e:A, 5emn:A, 5emn:B, 3es9:A, 3es9:B, 3es9:C, 5fa6:A, 5fa6:B, 4g7l:A, 4g7p:A, 4g7t:A, 4g7u:A, 4g8p:A, 4g8u:A, 4g8w:A, 4g98:A, 4g99:A, 3i9t:A, 3i9u:A, 1ivj:A, 1ix3:A, 1ix4:A, 1j02:A, 1j2c:A, 6j79:B, 6j7a:A, 6j7a:B, 6j7i:A, 6j7i:B, 1j9z:A, 1j9z:B, 1ja0:A, 1ja0:B, 1ja1:A, 1ja1:B, 7l18:AAA, 7l18:BBB, 4mec:A, 4mec:B, 4mec:C, 4mec:D, 4mec:E, 6njr:A, 6njr:B, 3ojw:A, 3ojx:A, 3qe2:A, 3qe2:B, 3qfc:A, 3qfc:B, 3qfr:A, 3qfr:B, 1ubb:A, 1ulx:A, 5urd:A, 5urd:B, 5ure:A, 5ure:B, 5urg:A, 5urg:B, 5urh:A, 5urh:B, 5uri:A, 5uri:B, 1vgi:A, 3wkt:A, 3wkt:B, 3wkt:C, 3wkt:D, 4y7c:A, 4y7c:B, 4y9r:A, 4y9r:B, 4y9u:A, 4y9u:B, 4yaf:A, 4yaf:B, 4yal:A, 4yal:B, 4yao:A, 4yao:B, 4yau:A, 4yau:B, 4yaw:A, 4yaw:B, 2zvu:A

[Back]

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).
  • yangzhanglabumich.edu | (734) 647-1549 | 100 Washtenaw Avenue, Ann Arbor, MI 48109-2218