- Transcript 'KH2012:KH.C12.53.v1....' >
- Transcript 'Moocci.CG.ELv1_2.S45...' >
- Transcript 'KH2012:KH.C3.383.v1....' >
- Transcript 'Phmamm.CG.MTP2014.S1...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S159.g04442.01.t
Possible name(s)
COL4A1; COL4A2; COL4A6
Gene model
Location
S159 [93,397 / 109,860]
Amino acid sequence
Length: 1,763
>Phmamm.CG.MTP2014.S159.g04442.01.p
MIMTRKNTISWHCICVLILCSTYLLQVEADGKKSKGPCGGRDCSDLGPCAFCISEKGRRG
FPGKLGNEGPQGETGFPGPEGLMGPKGYPGSDGFPGRKGDKGDRGPTGVPGFSGINGVPG
HPGDQGPRGFPGENGCNGTKGDLGEEGPPGLDGLDGEDGEFGSKGLKGEPAIIKDENMIK
GEPGNEGPAGPVGFQGPPGRRGPIGPRGFDGPPGPPGNPGPKGLKGEDGLEGIGFQGKKG
TKGESGLPGTPGGPGFVSGKEPTEIFPIPGPPGNDGQKGRKGERGMTGDVGFPGPTGFKG
MSGGKGEKGVRGLAGPRGRPGIPGVSGYNGDKGERGEDGQKGTAGVQGMKGERGMQGPEG
PLGQPGLMGLQGPLGPPGLPGETGFQGESGSPGESGIEGLPGDKGEDGLQGPPGLPGSPG
LPGVGEKGKAGAKGLPGANGQDGPIGLPGLAGRKGERGPPGETIPGTNGRDGTPGPDGEP
GKVGSRGPPGEPGRIISPSMDGPMIGPPGPAGLRGPVGEAGLKGVKGVYGYPGPKGDKGG
ECDCQDAVGEKGERGPGGQNGLDGLSGLPGLPGQRGDQGEPGEFGQKGEVGFAGPRGKLG
PIGAKGMKGEPVTVKGEIFTEKGEPGLPGGQGPPGEMGLQGRDGPNGRNGVKGEKGEVGP
TGLPGIEGIKGFDGAQGPDGLPGRDGFGFPGRIGDKGEKGDVGSTGLQGYKGAKGSPGEI
IVNESPKGEKGSNGGRGSRGRQGLKGEKGTRGPDGIFGQNGENGAPGETGPPGPPGLPGE
KGLTGPRGNKGEVGVPGPLGERGLTGRDGFDGFNGEKGERGMSLQGLPGKKGEKGNPGAV
GPIGEPGIIGLTGPEGIPGPQGLPGLDGEPGLPGIQGLEGLQGEKGESALIGRQGPPGEA
GPPGYEGRQGPRGEKGAIGPPGPAASGILKGVKGAMGLPGIQGQPGLPGREGPAGTNGRD
GQDGLDGVTGPKGSKGPPGSQGSPGEPGNDGIDGTAGLRGLDGMNGNAGSKGERGPRGFE
GLKGAKGAKGTMGPADIQALRGYPGAQGDRGEPGLDGINGNPGPAGATGETGEPGAPGPS
GEPGIPGENGRNGFSGRKGEKGQRGERGAVGFPGVFGNKGQKGYSGSDGARGLPGPKGSK
GEVGEPGSKGRDGYPGLNGEDGKPGRQGLPGREGTPGMDGLHGTQGLKGERGYVGQPGLM
GVQGFPGNKGSPGPPGFDGLPGDFGAPGFKGAKGEKGTTGLPGPNGFDGLNGETGPKGYP
GKSTVPGPKGTRGPRGFKGEVGEEGIQGRDGPQGLQGFTGQSGVQGVPGPRGAPGGIGQP
GFPGVKGSRGDTGIDGFPGDQGRPGLQGQPGQIGRRGQKGTKGMSGEQGLNGIDGLPGPV
GEDGIPGRIGIPGTKGSKGNKGVQGFVGSVGEKGVIGFPGASGLPGHPGPTGERGAQGPP
GVSIQPSQLIPGDKGETGLQGLQGFPGSKGRPGLPGPRGFKGESGERGLDGRDGIPGTHG
QRGNQGPQGFTGPKGFPGSDGTPGLQGTAGTAGRVRPPGHIIVKHSQTVDVPECPVGMNK
LWDGFSLLYLEGSEKAHGQDLGQSGSCMRRFSTMPFLYCNNNNVCKYGSRNDKSYWLSTT
APIPMMPVAVDMVQEHISRCSVCESRSVAMAVHSQDMVVPPCPSGWKGLWFGYSFAMHTA
AGAEGSGQSLSSPGSCLQDFRATPFIECNGARGHCFYYNNQYSFWLSTITPDEQFDTPPM
ETLKAGNLRMRISRCQVCTRINA
Nucleotide sequence
Length: 8,536
>Phmamm.CG.MTP2014.S159.g04442.01.t
CAGGGGCAAATTGAAGTTTACGGGCCCTGCTAGTTAACAATCGGGCCCAGGTACATGTTG
AAGTTTAGATTAAAGGAATAAGGTTAACATTGAACGCAATTAGTTATTTAACGCTGGTCG
AAGGTTGCGGAATAGGAGGCCGGAAAAAATTGACGAGCTTTGCCGGATCGGCGGTGTCTA
GTTGCGGCCAAAGGTGGTTGTGTTTGATGATCATGACTCGGAAGAACACGATATCCTGGC
ACTGCATATGCGTTCTAATCCTGTGTTCCACATACTTGCTGCAAGTTGAAGCGGACGGAA
AGAAATCAAAGGGACCATGTGGTGGGCGTGATTGCTCCGATTTGGGTCCTTGTGCATTCT
GCATTTCCGAAAAGGGTCGTCGGGGTTTCCCAGGTAAACTTGGAAATGAGGGTCCTCAAG
GTGAGACTGGATTTCCTGGACCGGAAGGTCTGATGGGACCTAAAGGCTACCCTGGATCGG
ATGGTTTTCCAGGCAGAAAGGGAGATAAAGGAGACAGGGGTCCGACTGGAGTTCCCGGTT
TTTCTGGAATCAATGGCGTTCCTGGACACCCTGGGGATCAAGGTCCTCGTGGATTTCCTG
GAGAAAACGGATGCAACGGAACAAAGGGAGATTTGGGCGAGGAGGGTCCTCCTGGTTTAG
ATGGATTGGATGGAGAAGATGGAGAATTCGGCTCCAAAGGTCTAAAAGGAGAGCCAGCGA
TCATAAAAGACGAAAATATGATTAAAGGTGAACCTGGAAATGAAGGACCTGCGGGACCAG
TTGGTTTTCAAGGACCGCCCGGAAGGAGGGGTCCTATCGGTCCCAGAGGTTTTGATGGTC
CCCCTGGTCCACCGGGCAATCCCGGCCCAAAGGGTCTTAAAGGAGAGGACGGTCTGGAAG
GAATTGGCTTCCAGGGCAAGAAAGGAACGAAAGGAGAATCTGGACTTCCAGGCACCCCGG
GGGGTCCGGGATTTGTGTCTGGTAAGGAACCAACCGAGATCTTTCCTATCCCAGGGCCTC
CTGGAAATGATGGACAAAAAGGACGAAAAGGTGAACGTGGAATGACTGGAGACGTCGGAT
TTCCGGGACCAACGGGTTTCAAAGGAATGAGCGGCGGAAAGGGAGAAAAGGGTGTGAGAG
GTTTAGCTGGACCTCGGGGCAGACCCGGTATACCTGGCGTATCTGGCTACAACGGAGACA
AAGGAGAACGAGGTGAAGATGGTCAGAAGGGAACGGCCGGTGTGCAAGGAATGAAGGGGG
AACGTGGGATGCAAGGACCAGAAGGACCGTTGGGACAACCTGGTTTAATGGGTCTGCAAG
GACCACTTGGACCTCCCGGTTTACCCGGGGAAACTGGTTTCCAGGGAGAATCTGGCTCCC
CTGGAGAGTCTGGTATTGAAGGTTTGCCTGGTGACAAAGGTGAAGACGGACTACAGGGAC
CACCTGGGCTGCCTGGCAGTCCAGGTCTACCTGGGGTTGGTGAAAAGGGCAAAGCTGGTG
CAAAAGGATTGCCTGGTGCCAATGGACAAGACGGACCAATAGGACTACCTGGTCTTGCTG
GGCGTAAAGGAGAAAGGGGACCTCCGGGAGAAACCATTCCTGGCACAAACGGACGCGACG
GCACACCTGGTCCTGACGGCGAACCAGGGAAAGTTGGTAGTCGAGGTCCGCCCGGAGAAC
CAGGAAGAATTATTTCACCATCAATGGATGGGCCAATGATTGGGCCACCTGGGCCAGCTG
GTCTGAGAGGGCCTGTGGGCGAAGCTGGTTTGAAAGGTGTGAAAGGCGTGTATGGATACC
CTGGACCTAAAGGAGACAAGGGTGGCGAATGTGACTGCCAAGATGCCGTCGGAGAGAAGG
GAGAGCGTGGTCCAGGCGGTCAGAATGGATTGGATGGCTTATCAGGATTGCCTGGACTTC
CAGGTCAACGCGGCGACCAGGGTGAACCTGGAGAGTTTGGACAAAAGGGAGAAGTTGGAT
TTGCCGGACCACGAGGAAAACTCGGACCAATTGGGGCGAAAGGCATGAAGGGTGAACCAG
TTACTGTTAAAGGTGAAATCTTTACAGAAAAGGGTGAACCTGGCTTGCCTGGTGGACAAG
GTCCTCCAGGCGAAATGGGTTTACAAGGAAGAGATGGGCCTAATGGCCGTAATGGTGTCA
AGGGAGAAAAGGGTGAAGTGGGACCAACTGGCTTACCGGGAATTGAAGGCATAAAAGGAT
TTGATGGCGCTCAAGGACCGGATGGACTTCCCGGCAGAGATGGGTTTGGGTTTCCTGGTC
GTATTGGCGATAAAGGAGAGAAGGGAGATGTTGGATCAACAGGGCTGCAGGGTTACAAGG
GAGCAAAAGGATCACCGGGTGAGATAATAGTCAACGAATCACCGAAAGGCGAGAAAGGAA
GCAATGGAGGAAGAGGTTCGCGTGGCAGACAGGGACTTAAGGGGGAAAAGGGTACGAGGG
GGCCGGATGGAATATTTGGACAAAATGGCGAAAATGGTGCACCTGGTGAAACTGGTCCAC
CAGGACCACCAGGTCTTCCAGGAGAAAAAGGTTTAACCGGCCCCCGCGGTAACAAGGGTG
AAGTTGGAGTTCCGGGTCCCTTAGGAGAACGTGGTCTTACGGGACGAGACGGATTTGATG
GTTTTAACGGTGAAAAAGGGGAGCGCGGCATGTCACTCCAAGGTCTACCAGGGAAAAAAG
GCGAAAAAGGAAACCCAGGGGCGGTTGGCCCCATTGGAGAACCAGGAATCATAGGATTAA
CTGGTCCAGAGGGAATTCCGGGACCTCAAGGTCTCCCTGGATTGGATGGAGAACCTGGAC
TACCTGGAATACAGGGTCTTGAAGGGTTGCAAGGCGAAAAGGGAGAGTCAGCTCTTATTG
GTCGACAAGGTCCTCCCGGGGAAGCAGGCCCCCCGGGCTACGAGGGTCGTCAAGGGCCCA
GAGGCGAAAAAGGTGCAATCGGTCCACCTGGACCAGCAGCAAGCGGAATTTTGAAGGGCG
TCAAAGGTGCCATGGGTCTACCTGGAATTCAAGGTCAGCCCGGTTTACCGGGTCGGGAAG
GTCCAGCCGGAACCAACGGGCGTGATGGCCAAGATGGTCTAGATGGAGTTACAGGTCCTA
AAGGCTCAAAAGGGCCACCAGGATCACAAGGATCTCCTGGTGAACCAGGAAACGATGGTA
TTGATGGCACAGCTGGATTAAGAGGTTTGGATGGAATGAATGGTAATGCGGGTTCCAAAG
GAGAAAGGGGACCACGAGGGTTCGAAGGATTAAAAGGTGCTAAGGGGGCAAAGGGCACGA
TGGGTCCAGCTGATATTCAAGCTTTACGAGGATATCCTGGGGCACAAGGAGACCGCGGAG
AGCCAGGGCTAGATGGAATAAACGGAAATCCTGGACCTGCTGGTGCTACAGGCGAAACTG
GTGAACCTGGTGCTCCTGGGCCTTCTGGTGAACCCGGAATACCCGGAGAAAACGGCCGAA
ATGGATTCTCTGGTAGAAAGGGCGAGAAAGGACAAAGAGGGGAAAGAGGTGCTGTCGGAT
TCCCAGGTGTTTTCGGCAATAAAGGACAAAAAGGTTATTCAGGCTCTGATGGAGCAAGAG
GTTTGCCTGGACCAAAGGGCTCCAAAGGCGAAGTTGGAGAACCAGGATCAAAAGGCCGGG
ACGGTTATCCGGGATTAAACGGAGAGGACGGAAAACCGGGAAGACAAGGTTTGCCCGGAA
GAGAAGGAACGCCTGGAATGGATGGACTTCATGGAACACAGGGTTTAAAAGGAGAAAGAG
GATACGTTGGCCAGCCCGGACTTATGGGTGTGCAAGGTTTCCCAGGAAATAAAGGCTCTC
CGGGTCCACCCGGTTTTGATGGTTTGCCGGGAGACTTTGGGGCACCTGGATTTAAAGGAG
CGAAAGGAGAGAAAGGAACAACTGGATTACCTGGACCAAATGGATTTGACGGCTTAAACG
GAGAAACTGGTCCGAAAGGATATCCGGGAAAATCAACAGTTCCAGGACCAAAGGGAACAC
GTGGTCCACGAGGATTTAAAGGTGAAGTCGGAGAAGAAGGAATTCAAGGTAGAGATGGAC
CACAAGGATTACAAGGTTTTACAGGACAGTCAGGTGTACAAGGAGTGCCCGGTCCTAGAG
GTGCACCAGGAGGTATTGGCCAACCAGGATTTCCAGGTGTCAAAGGTAGTCGCGGAGATA
CGGGAATAGATGGTTTTCCAGGAGATCAAGGTCGTCCTGGTTTACAAGGACAGCCAGGTC
AGATCGGACGCAGGGGTCAAAAGGGCACCAAGGGAATGTCCGGCGAACAGGGTCTCAACG
GTATTGATGGGCTTCCCGGTCCTGTGGGAGAAGACGGAATTCCGGGCCGAATCGGAATCC
CAGGGACAAAAGGAAGCAAAGGAAACAAAGGTGTTCAAGGATTTGTTGGATCAGTTGGTG
AAAAGGGCGTCATAGGCTTTCCTGGTGCTTCTGGTCTACCTGGTCACCCAGGTCCAACAG
GTGAACGTGGTGCACAGGGACCTCCAGGTGTATCCATACAACCGAGTCAATTGATACCGG
GAGACAAAGGAGAAACGGGGCTTCAGGGACTCCAGGGTTTCCCTGGTTCAAAAGGACGAC
CAGGTCTTCCAGGTCCGAGAGGTTTTAAGGGAGAGTCTGGTGAAAGAGGTTTGGATGGAA
GAGATGGAATTCCTGGAACGCACGGGCAAAGAGGAAACCAAGGGCCTCAGGGCTTCACTG
GTCCAAAGGGTTTTCCTGGAAGTGATGGAACACCAGGACTGCAGGGTACAGCAGGAACAG
CTGGGCGAGTAAGGCCACCAGGTCACATTATAGTTAAACACAGCCAAACTGTCGATGTGC
CGGAATGTCCTGTTGGCATGAACAAGTTATGGGACGGTTTCAGTTTACTCTACCTTGAAG
GCAGCGAGAAGGCACATGGACAGGATTTAGGTCAATCGGGTTCCTGTATGCGTCGCTTTA
GTACGATGCCGTTCTTGTATTGCAACAATAACAACGTGTGCAAGTATGGAAGCCGAAACG
ACAAATCATATTGGTTGTCAACCACAGCACCAATTCCTATGATGCCCGTGGCTGTGGACA
TGGTTCAAGAACACATTAGCCGATGTTCAGTGTGTGAATCTCGATCGGTTGCCATGGCTG
TGCACAGCCAAGACATGGTCGTGCCTCCATGCCCATCTGGTTGGAAGGGACTGTGGTTTG
GATACAGTTTTGCTATGCACACCGCTGCTGGCGCAGAAGGAAGTGGCCAATCGTTGTCAA
GTCCAGGTTCGTGTTTGCAAGATTTCAGAGCAACGCCGTTCATCGAATGTAATGGTGCCA
GGGGACATTGCTTTTACTATAACAATCAGTACAGCTTTTGGCTTTCGACAATAACACCCG
ATGAACAATTCGACACGCCGCCAATGGAGACTTTGAAGGCAGGCAACCTTAGAATGAGGA
TAAGCAGATGTCAAGTCTGTACGAGAATAAATGCATAATCTAGTTTTAAACATCATCAGA
CGTTCCGAACACAGAAGTTGCGCGGTTATTTATCTCGTCCTACAAGCGTGCCAATTAGCC
AATACAGGCGTGGTGTTCATGGCGGATTGCAATTAGTTGACACCACGTTTCTGTTCTGCT
CAATACCTATGATTCAGCATATATCTACTTGTATATTGTCTTGTTTGACCGGAAAGTTTA
TTGTGGTGAAAAGTTTTTTGTCTGCGTTTCGTTTTGAAGCAATTGTTGCGAGTGCCTTTA
CCCAATGCCTACACAGTCCTTAGAAGCACGGTTTTGGCCACGGGGTCGTTTTAAATGCGT
TGTACTGTTTTGTTACAATAGGGGTTTGAATTGCATTTTCTCTGCTTTTTTCGAAGTTTT
TTGTCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
GCTTCCAGCTTAAATACCGATTTCTTTCGACACATTTTTCTTTTATGATGCAAACTAAGA
TTACGCGTTTCTGCTTTTCAGCATTTAGCCACAGCATATTTTCAGTGTTTTGCATTGTGT
CTTGTATATGATTGTTTCGCTTCTTTTCTATTTGCAAGGATTTTTTCTTTTAACTCAGTA
CTGTTCAACACTTTGATTTCACACTCACTGCAAGGTTTTATTTAAATTGTAACCCTACAT
AATTGAACACTTACGGACAGAAATAAACGTGGTAATGGACAGGTGTTCATTGCCACATCA
CAATCAGTACAGATTTTATGAATGAAAACACGTTTAGGTTATTAAAGGTGTGTATGTGTG
CTGTTTGACGTACAACGCGAACTGCCACGTAACGTTTATAGCAAAAGGGACCTGGAATAA
CGAAATAAAAGTAAGCTCTTGAAGATGGTAAAAAATAAAGTTGTAGACTTGGATCTCGGA
CAAAACGTTTAGAGTTAGATAAACTTGAAGAACGTCTAAATATGGCCCGCTGAGCAATTT
CACACATCGGAATCGTTGTTGATCTAAATAAGAGATTTTTATCAACTGACACTACGCACA
CCCATTCTGTTATAAATGCGTTTCTGTAATCACTCGAACGATAAAGGTCGCTATTCCCAG
GTTTAGAGAAACTGTGATTATTGTTTCCAGTCCGTAAATTTTTTCCAAATATTTTGAATG
TTGCTGGTAAAACAGAAATACTGCCTTCAACGCACAGGTACCAAGGATTGGTAATAAATA
ATAAAGGGTTCAAGATAATTCCGATTTTTATTGATAAACGGTGTGGTGGCAAAAAGCCGA
AAAAATGTGATGGAAATTCCAAAAAGGGGAATTTTCCAAGCACTTTGTCGGACATGATAC
TGCCAACTATAGAAATGTGCTGCTGGACAAAAACTACGTAACCCAAAAATATAGTTAGTT
CTTAGTAGCTTTTCTATAAAATTTTCCGGGTTTGATCAAACATTTGCAATTTCAAGATGA
CTGAAAAAAAACGAAAGGGTTTTTAAGCACTGTAATAAATAAAATAAACTTTGCAGCAAC
TTGGCTATCAAAAAGTGGCAAAAAGGTGCCAAAAATGTAGCAGCAAAATCAGTTTCAAGG
CAGTAAAGAGCAAAAATATGCAGAGACAGTGATAAAAATGGCACTGTTGCCTAAAAAGTA
AAACACTTCAATGAACCATCAATCGGTTAAACATACAGAAGAAAATAAATCGTATACGTT
TTCCGACGTCAGTTATGCTTTCAGCAAGAAAAAAAAGCATGTAACATTTGAAGCAAAAAA
GTCATGCCGACAACCACACGTTTCAGTTTCTGAAAAGAAATTGAATCCTATGCACTGTAC
ACTTTTTGTCATTAAATTACAACTATTCACATTCTACTTCCAAAATACGAGGGTTTCGAC
CTCATATACAATATAAATGTGTCAGAACATGTTGCACAGCTGGGATGCACAACCTTTTTG
CCATTGCAGGCAGCAGACCAGGCTCTGATTTCACTAACAGTGACTAGTGTGCACAGATTT
ACATTTTGCTAAGCAAAGGGAAATTATTTCACAATATCCCATCTCCTTATGCATATCATG
TCCTGCTTGCCCTTGCAAATATTTTATGCATATGTGCAGTGGCATCAAGTTGTGCATACC
TGTGCTGCGCCAAAAAGGTAAATTTAGAAGGAAAGAAACAAAACTGAACACAAAAACACC
GAAGGATGGCACGCAAAATCAAAAATAACACAAAAACTTGTGTTCATACTTGTCATAAAC
CAGTATCATGCAGCCACATCAAAAATTAAATTGCTCAAAGCCAGATGTACAGGCTGAGGT
AGCATCGACAAACTGCTAACCCAAACATCATTGGCAGAAACCTAAAAAAGGTAATGAAGA
AAGTTTATGAGCTACTAGTCTGTTTCTAAAACAATCCATGTTGATTATACAGATGCTGTG
TGGATATTTCAAAACTTTAATCAGTACACCATGGAAAAATGTCACTTGAGTTTACAGCAA
ACTGAGTCATCTGTATAGTCATTGGTGATAAAAAATGTGCTGCTGGTAAATATGCAAGAC
TTACTTGAATTCGCTTGCAAATAGATATTACTTTGTCTGTTAGATCTTTAGACTCTATTA
AAGCTTCTCCATACACAGCATCAGCAAGCAAGGAAATTACTGCTGGCAGATTGCAGTTGC
TCTCCCCAAGCAAAACTGGATTGTTACTAACAAAAACAAATCACATAATTTAGACAAGGC
ATATAAGAAACAAAATAAATATTACGCTAAGAACACATTCTCCAATAATACAACTCACTT
TTCAATAAGATCACATACATATCCATACACATGTACAGCCTCCTCCTTATCCTCTGTCAC
AGGGAGCCATGACAACCAGGTTTGTAAAAGTGCAGACACTTCAGCTTGTGAACCAACAAG
ATTTGGCTGATGTTGAAGTATTTTTCCAACAGCTGAAATGCAATTTTCGAGAGGAGCAAT
GTCATCGTGAGCCAATTGTCCCTGCACACCTCTACCCCTGGGACCTTCAATGGTTCGCCG
AAGTCTTGGAATTGCA
| Pfam |
Collagen (IPR008160) - T[57-114] 6.3E-9 - T[112-169] 3.9E-9 - T[180-232] 6.8E-8 - T[269-324] 7.7E-8 - T[321-374] 2.9E-7 - T[363-420] 8.1E-9 - T[552-610] 2.2E-7 - T[622-678] 5.8E-8 - T[727-782] 2.8E-7 - T[764-821] 3.2E-9 - T[826-878] 2.6E-8 - T[865-923] 1.3E-8 - T[934-989] 2.9E-8 - T[976-1034] 2.9E-9 - T[1041-1097] 9.2E-9 - T[1384-1441] 1.6E-8 - T[1476-1534] 5.0E-9 |
| Gene3D |
Collagen_IV_NC_sf (IPR036954) - T[1536-1761] 7.2E-109 |
| SMART |
Collagen_IV_NC (IPR001442) - T[1539-1646] 1.1E-59 - T[1647-1761] 3.4E-66 |
| ProSiteProfiles |
Collagen_IV_NC (IPR001442) - T[1539-1762] 111.089 |
| Pfam |
Collagen_IV_NC (IPR001442) - T[1541-1644] 6.2E-36 - T[1649-1759] 2.0E-41 |
| SUPERFAMILY |
CTDL_fold (IPR016187) - T[1541-1647] 2.59E-42 - T[1648-1759] 5.89E-43 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| CO4A2_HUMAN | 47.301 % | 622 | 0 |
| CO4A1_HUMAN | 39.814 % | 556 | 7.93E-169 |
| CO4A6_HUMAN | 41.136 % | 692 | 0 |