- Clone 'cieg066i03' >
- Transcript 'Phmamm.CG.MTP2014.S9...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S91.g02973.02.t
Possible name(s)
CELSR1; CELSR2; CELSR3
Gene model
Location
S91 [185,263 / 212,223]
Amino acid sequence
Length: 2,277
>Phmamm.CG.MTP2014.S91.g02973.02.p
CSTYIIELKHTVGYGATIFNATVDDSTAFYELVTTESTIFEPPVPFKINRLTGAVYYTPS
GTQRNYYESKNYHLLVKISVLHSKTVITVPLTIIFNPLLLSSESPQEISIQYSRPGQSLY
EILPNLESEHTCPNILHVESLCSCKRTENELIGNLDPNKREFMQNIEDCNLDNVVIPTQT
ILIKVRNNPTIAPPEVLPKRRKRNARKRRGSGIRFQSRRFTAQVHENRPSPLPVKTMQVY
DKNGPVESNVIYKLEAGADQRSLSMFEINTETGAITTQQPLDREQMARHVFTVTAKRGDA
FARCTLTVNVLDVNDNRPIFEKQNGYKVDVQENAANGTHLTNLRATDADSGNNGQVSYRI
LRSSPPTKSFTIDSNANLLVNGLIDRELVPTYTLVVTAYDNGDPVFSSTLSVRVSVLDEN
DNYPQFTKSMYSVNVRENVQGNTGITSVEATDKDQGMNGIVTYELFGGNNKRKFSINSNT
GEIFVRKSLDYEESHDGFMLHVRASDGGTPPLLNTSGLVRIRVLDINDNPPRFLMKTYPV
TIPENTNPGNPVTSVFAADDDHNAQVTYSIISSQYVPFRIEPKSGSIFVSRKLDYETKQR
YQFTVRASDNGSPKKHDEATVVVTIRDVNDNAPYFTETRYEERIAEDTGLGIEILRITAE
DPDKQAFHGITYTLISGDTTRTFGVSTRGDYGSLTLQKKLDFNRKNRYKLTVRASDGSMS
NTTFVYINVTDTNSHQPVFDQSTYDVAMDENVSNRTLVRQVHASDDDVGDNARITYCFTE
PVSKFTIDGVTGEIRTLKRLDFETQRRITLSVKAVDNGLPQKEDFAVVVINLRDVNDNYP
IFDKRQYTGSVSEGSDIYEPVVTIHATDLDSGVNRLIHYTFDNGDDGDGSFTIDRMSGTV
RTAQLLDRESISQYRLVAFAVDGGTPPKSSSVTIIVKVLDVDDNPPRFQEDIMYFKVNES
VKPHDVVARVEAVDPDLPDPNSRIRYRLDHDPVIQRQWDIDSDTGDLSTMHQLDYETKTN
YTIVVIAMSKGLVSQTTVVILVQDCNDNDPVLNDFEIIFNNYRTGLSDSFPLGVIGRVPA
YDPDVSDTLTYRFVAGNAGNLLLMNETSGELRLNSTLDSNRQYSVRMVIQVSDGLHTTPA
TCTLRVTGITDEMLQHSITVRILHMNAYTFLSPVMYNFTNGLAKILNISTSKIFIFNVQN
DTDVSREVLNVSFSVHDNDGSFFPSKYLQDQVYLNRLTLTKLTSKNVLPFDDNICLREPC
QNYKRCTSVLTFDSSAPFISSSVMIFRPIYPVYRLKCECPIGFTNDETCTDEVDLCYSSP
CLNSGECVSKEGGYTCKCKRGFAGVHCEINLNKGQCVEHPEICRNGGKCLDTSSDSFSCS
CFGVLGISNPSEETTSLCALRSRQFRRGNFLTLPGISNQWHFTLSLSFSTIHADGLLFYN
GRLNHEHDFMTLELVGGQAQLNFSTGQSWTVVDPYVSGGLNDGQWHTVHIQYFNEPKPGP
LPYGVLNRAGPSSTKIAVVTVDPESCDYMVAANWNSTFGSYSCSKQVKQTGAKNSLDLTS
PLLLGGVPDLPEKYQVQSKSFDGCLRDLTIDGQLIDLGQYVANNGSKAGCSPMKSQCDSQ
VCNSGTCKPMWSNFRCLCNDDRTGRRCEHLSQFVAQLDGKGCVTYNNVREIPTFLLPWQQ
VVSFRTFQTDAIVMHIGIGDNSPIQIDVKLVGGHVFYVIKTRSKMHKQLPLMQTSVNDGQ
WHELAADWKVSPTSGQVHVAVYLDGSLEQAHIEFSRTQLQQLKISAVHVGGRYYQNRVLQ
PFKGCFQNLRLGSPPMHIIQSNSFTPKGGAQLTHGCSDPEKCTSSRCPTHSRCMSEWQRP
KCVCNKGYVGKTCTSICDLDVCHNNGICQLNPDSQSGYICNCPRGFSGPACEQEHTEKCP
TGWYGSSLCAPCNCSTSKNFDSNCDVKTGACSCKKHHYYVSELDICLPCKCYHLGSEDLQ
CNENTGQCRCREGISGRQCSKCTYKFSEITKAGCQVLDKACPRSLHSDIWWPQTRLNVRR
PMLCPYGSVGTAARMCDAEHSWLEPDLSNCTSTDFHKFAVVLNKMSVNQTQLNTRRSIQL
SSELDKATAANTVMYEKDVVSSYQIIRELLDYQSKQSDFGLATASDSSFTGNLVHATSSL
FNNNTLSYWPVATNKSSTGLSEANLSAPLLVKSWEEYTSTLLENVNKIYYDSCIANSPNV
YSAIKMVEPTGNDYVYGELDSNSDQQVVLVKLPKYLFKPSKYYQVQPVAGKLSYNLL
Nucleotide sequence
Length: 7,759
>Phmamm.CG.MTP2014.S91.g02973.02.t
GTGCTCAACATATATTATTGAACTCAAACACACTGTGGGATATGGTGCAACTATTTTTAA
TGCAACTGTCGATGATAGTACAGCATTTTATGAACTGGTCACAACTGAGTCTACCATTTT
TGAACCACCTGTGCCGTTCAAAATTAACAGACTTACAGGTGCTGTTTATTACACACCGAG
TGGTACGCAAAGAAATTACTATGAATCAAAGAACTATCATTTATTAGTAAAAATATCTGT
GCTACATTCTAAGACTGTTATTACTGTTCCATTGACAATTATCTTCAATCCGCTACTTCT
AAGTAGTGAATCACCGCAAGAAATATCCATACAGTACAGCAGGCCTGGACAGTCACTTTA
TGAGATTTTACCTAACTTAGAATCAGAACACACTTGTCCGAATATCTTACATGTTGAGAG
CTTGTGCTCATGTAAAAGGACAGAAAATGAATTGATTGGCAACCTAGACCCAAACAAAAG
GGAATTTATGCAAAATATTGAAGATTGTAATCTTGACAATGTGGTAATACCAACACAGAC
AATTTTGATAAAAGTTCGAAACAATCCGACAATAGCACCTCCAGAGGTTTTGCCCAAAAG
AAGAAAAAGAAATGCAAGAAAAAGAAGAGGTAGTGGTATCCGATTTCAATCACGTCGTTT
TACTGCCCAAGTCCATGAAAATCGCCCAAGTCCATTACCAGTTAAAACCATGCAAGTGTA
TGATAAAAATGGGCCTGTTGAATCTAATGTCATCTACAAATTAGAAGCAGGAGCAGACCA
ACGCAGTCTTTCAATGTTTGAGATTAATACAGAAACTGGGGCCATTACAACACAGCAACC
CCTGGACAGGGAACAAATGGCCAGGCATGTATTCACTGTAACAGCCAAAAGAGGTGATGC
TTTTGCCAGATGCACTTTAACTGTGAACGTCCTTGATGTAAATGACAATAGACCCATTTT
CGAGAAGCAAAACGGCTACAAAGTGGATGTACAGGAAAACGCTGCAAACGGAACTCATCT
GACTAATCTTCGTGCTACTGATGCTGATTCTGGAAATAATGGTCAAGTTTCTTACAGAAT
TTTAAGAAGCTCACCACCTACCAAATCATTTACTATTGACAGCAATGCAAATTTGTTGGT
GAATGGTTTGATAGACCGAGAACTGGTCCCCACTTATACACTAGTTGTAACAGCTTATGA
TAATGGTGATCCAGTATTTTCAAGCACGCTATCTGTTAGAGTTTCTGTACTAGATGAAAA
CGACAATTATCCCCAATTTACCAAGTCAATGTATTCAGTAAATGTAAGAGAAAATGTGCA
AGGGAACACTGGAATTACATCAGTCGAAGCAACAGACAAAGACCAAGGTATGAACGGCAT
TGTCACCTACGAGCTATTCGGTGGCAACAACAAGCGAAAGTTCTCTATCAACAGTAACAC
AGGTGAAATATTTGTGAGAAAAAGTTTAGATTATGAAGAGTCACATGATGGTTTCATGCT
ACATGTCCGAGCGTCAGACGGGGGCACACCTCCATTGCTTAACACATCTGGTTTGGTGCG
AATAAGAGTCCTGGATATAAATGATAACCCACCTCGATTTTTAATGAAGACATACCCTGT
TACGATTCCGGAAAACACAAATCCTGGAAACCCAGTTACAAGTGTGTTTGCAGCTGATGA
TGATCACAATGCGCAAGTTACATACTCTATTATTTCAAGTCAGTATGTCCCCTTTAGGAT
TGAACCCAAATCTGGAAGCATCTTTGTTTCTCGCAAATTGGATTACGAAACAAAACAAAG
GTACCAGTTTACAGTCAGGGCATCAGACAATGGTAGTCCAAAAAAGCATGATGAAGCTAC
CGTTGTAGTGACCATTCGTGATGTAAATGATAATGCACCTTATTTTACTGAAACACGATA
TGAGGAAAGGATTGCTGAAGATACCGGGTTGGGTATTGAGATACTTCGTATCACTGCGGA
GGACCCTGATAAACAGGCATTCCATGGCATTACATACACCCTAATTAGCGGTGACACTAC
ACGGACATTTGGTGTTAGTACTAGGGGAGACTATGGCTCACTAACTCTGCAAAAGAAGCT
TGATTTTAATCGCAAGAATCGCTACAAACTGACAGTAAGGGCTTCTGATGGCTCGATGAG
CAACACAACTTTCGTTTACATCAATGTAACTGACACTAACTCCCACCAGCCTGTGTTTGA
CCAGAGCACTTATGATGTTGCTATGGATGAAAATGTCAGCAACAGAACGCTTGTAAGACA
AGTTCATGCTAGTGATGATGATGTGGGCGATAATGCAAGAATTACATACTGCTTCACAGA
ACCTGTTAGCAAATTTACCATTGACGGAGTGACTGGGGAAATTCGAACCTTAAAGAGATT
GGACTTTGAAACTCAGAGGAGAATAACTCTTTCTGTGAAAGCGGTTGACAATGGCTTGCC
CCAAAAGGAAGACTTTGCGGTCGTTGTTATCAACCTTAGAGATGTAAACGATAATTATCC
AATCTTTGACAAAAGACAGTACACAGGTTCTGTGTCTGAAGGCAGTGACATTTATGAACC
AGTGGTTACTATCCATGCAACTGATCTAGACTCAGGAGTTAACCGATTGATTCATTACAC
ATTTGACAATGGTGATGACGGCGATGGCTCATTTACTATTGACAGGATGAGTGGCACTGT
CAGAACTGCCCAACTTTTGGACAGGGAATCTATTAGTCAGTACAGACTAGTGGCATTTGC
GGTAGACGGTGGGACACCACCCAAAAGCTCATCGGTTACAATAATTGTCAAAGTACTCGA
TGTCGACGACAACCCGCCTCGTTTCCAGGAGGACATAATGTATTTTAAAGTCAACGAAAG
TGTTAAACCACATGATGTTGTTGCAAGAGTTGAAGCCGTGGACCCTGATTTGCCAGACCC
AAATTCACGGATACGTTACCGCCTCGACCATGACCCAGTTATCCAGCGACAGTGGGACAT
TGATTCCGATACCGGCGACCTTTCAACTATGCACCAGTTGGATTATGAAACCAAAACGAA
CTACACAATTGTGGTGATTGCAATGTCTAAAGGCCTTGTTAGCCAGACCACTGTGGTTAT
TCTGGTGCAAGACTGCAATGACAATGACCCGGTTTTGAATGACTTTGAAATAATCTTTAA
CAACTACAGAACTGGTTTAAGCGATTCTTTTCCTCTTGGGGTGATTGGACGAGTACCGGC
TTATGATCCAGATGTTTCTGACACACTAACATACAGATTTGTGGCTGGGAACGCAGGCAA
TCTTTTATTGATGAACGAAACCAGCGGAGAATTACGTCTTAATTCGACTTTAGACAGCAA
CAGACAGTATTCAGTGAGGATGGTCATTCAAGTGTCAGATGGTCTGCATACAACTCCTGC
TACTTGCACATTACGAGTCACTGGGATCACGGACGAAATGTTACAACACAGCATCACTGT
TAGAATCCTCCACATGAATGCTTACACCTTCCTCTCCCCTGTCATGTACAACTTTACGAA
TGGGCTCGCCAAAATCTTAAACATTTCCACTTCGAAAATTTTCATATTCAATGTCCAAAA
TGACACTGACGTCTCCCGTGAGGTGTTAAATGTCAGCTTTTCTGTTCACGACAACGACGG
GTCATTTTTTCCATCAAAATACCTACAAGATCAGGTTTATCTCAATCGCTTGACACTTAC
AAAACTGACAAGTAAAAATGTCCTCCCGTTTGACGACAATATCTGTCTGCGTGAGCCCTG
TCAGAACTACAAGCGATGCACATCAGTTCTTACTTTCGACAGTTCTGCTCCATTCATTTC
TTCTTCTGTTATGATTTTCAGACCCATTTATCCTGTGTACAGACTAAAGTGCGAGTGTCC
AATTGGTTTCACGAATGATGAAACATGCACCGATGAAGTGGATTTATGTTACTCAAGTCC
TTGTCTGAATAGTGGGGAATGTGTTTCCAAGGAAGGTGGATACACTTGCAAATGTAAACG
TGGATTTGCTGGTGTACACTGTGAAATCAACTTAAACAAAGGCCAGTGTGTGGAGCACCC
TGAAATCTGTAGAAACGGGGGAAAATGTCTTGATACAAGCTCTGACAGTTTTAGCTGTTC
CTGTTTTGGAGTACTTGGTATAAGTAACCCTAGCGAAGAGACCACCTCATTGTGCGCGCT
ACGTTCAAGACAATTTCGCCGTGGCAATTTCCTTACCCTGCCTGGAATAAGCAATCAGTG
GCATTTTACTCTTTCACTAAGCTTTTCTACAATCCATGCTGATGGTCTTCTTTTCTACAA
CGGTCGTTTGAATCATGAACACGACTTTATGACCTTGGAGTTAGTTGGAGGTCAAGCACA
GCTCAATTTTTCGACTGGTCAATCTTGGACTGTTGTGGACCCGTATGTATCAGGTGGACT
GAATGACGGTCAATGGCACACTGTCCATATACAATACTTTAATGAGCCTAAACCTGGACC
TTTGCCATACGGCGTGCTAAACCGTGCAGGACCATCATCAACTAAGATCGCCGTGGTAAC
CGTTGACCCTGAATCGTGTGATTATATGGTGGCAGCAAATTGGAACTCAACTTTTGGTAG
TTACAGCTGTTCAAAGCAAGTGAAACAAACTGGAGCAAAAAACTCTTTGGATTTAACCTC
TCCACTGCTATTGGGCGGCGTTCCAGATCTACCAGAAAAATATCAAGTGCAGTCAAAATC
TTTTGACGGTTGTCTACGAGACTTAACGATCGACGGCCAATTGATTGACTTGGGCCAATA
TGTGGCCAACAATGGTTCGAAGGCTGGTTGCTCTCCTATGAAGTCACAATGCGATTCACA
AGTGTGTAATTCTGGAACTTGCAAACCCATGTGGAGTAATTTCCGCTGTTTGTGCAATGA
TGACAGAACTGGACGAAGATGTGAGCATTTGAGTCAGTTTGTTGCACAGCTGGATGGTAA
GGGCTGTGTCACGTACAATAACGTCAGAGAAATTCCAACATTTCTGCTACCATGGCAGCA
AGTGGTTTCATTTCGAACGTTTCAAACTGATGCGATTGTCATGCACATCGGAATCGGTGA
CAACTCACCAATACAAATTGACGTCAAGTTGGTAGGTGGCCATGTGTTCTACGTCATCAA
AACGAGATCAAAAATGCACAAACAACTTCCACTGATGCAAACATCGGTCAATGACGGTCA
GTGGCATGAGTTGGCAGCTGATTGGAAGGTCAGCCCGACTAGTGGTCAAGTTCATGTCGC
AGTTTACTTGGACGGATCTCTAGAACAGGCACACATTGAGTTCAGTCGAACACAACTCCA
GCAACTCAAGATATCTGCTGTGCATGTAGGGGGAAGATATTATCAAAACAGGGTGTTACA
ACCATTCAAAGGATGTTTCCAGAACCTGCGTTTGGGGTCACCACCAATGCACATCATACA
ATCGAACAGTTTTACCCCTAAAGGTGGGGCTCAATTGACCCATGGGTGCAGTGACCCAGA
GAAATGCACCTCTAGCCGTTGTCCCACTCACAGCAGATGCATGTCTGAGTGGCAAAGGCC
GAAATGTGTCTGCAACAAAGGTTACGTTGGCAAAACATGTACATCCATATGTGACCTCGA
CGTCTGCCACAACAATGGAATTTGTCAGTTAAATCCTGATTCACAAAGTGGGTACATCTG
CAACTGTCCAAGGGGATTTTCTGGGCCTGCTTGCGAACAGGAACACACAGAGAAATGCCC
CACTGGGTGGTATGGCAGCTCCCTATGTGCCCCATGTAACTGCTCCACTTCGAAAAACTT
TGATTCCAATTGTGATGTGAAAACTGGAGCATGCTCGTGCAAGAAACACCACTACTATGT
GTCAGAATTGGACATATGCCTTCCTTGCAAATGTTATCATCTCGGATCAGAAGACCTTCA
ATGTAACGAAAATACTGGACAGTGTAGATGTAGAGAAGGAATATCTGGCCGACAATGTAG
CAAGTGTACTTACAAATTTTCTGAGATAACGAAGGCTGGCTGTCAAGTACTTGATAAAGC
ATGCCCCAGATCGCTCCACAGTGATATCTGGTGGCCACAAACCCGTCTGAATGTCCGTCG
TCCAATGCTGTGTCCCTACGGTTCAGTTGGTACAGCAGCTCGCATGTGTGATGCCGAACA
TAGCTGGCTTGAACCTGATCTATCGAATTGCACAAGCACTGATTTCCACAAATTTGCGGT
GGTGTTGAATAAGATGAGCGTAAACCAAACCCAGTTGAATACAAGGAGATCTATACAGCT
AAGTAGCGAACTGGACAAAGCTACAGCAGCCAATACTGTTATGTATGAAAAGGACGTTGT
CAGTTCATACCAAATTATCAGAGAGCTGCTCGACTATCAAAGCAAACAGTCGGACTTTGG
ATTAGCAACTGCATCTGATTCATCATTTACAGGCAACTTGGTACATGCTACATCCAGTTT
ATTCAACAACAACACGCTGAGTTATTGGCCAGTTGCTACAAACAAAAGTAGCACTGGGCT
GTCGGAGGCCAATCTATCGGCGCCACTGCTTGTTAAATCATGGGAGGAATATACTAGCAC
TTTGTTGGAAAATGTCAACAAAATTTACTACGATTCTTGCATTGCCAATTCACCAAATGT
TTATTCGGCTATTAAAATGGTTGAGCCAACCGGAAATGATTATGTTTATGGCGAACTGGA
CAGCAATAGCGACCAGCAAGTAGTCTTGGTAAAGCTTCCAAAATACTTGTTTAAGCCTTC
AAAATATTATCAAGTTCAACCAGTTGCTGGTAAGTTATCCTACAATCTTCTTTAAACAAT
ATGTCCTGAAAACTTCAAAAAAACTTTCCGTTTTTTTCAGCTGAAAAACCTGCAGTAGCC
ATCATCACATTCAAAAACTTGGAAAAGATTTTGCCGAAAAAATTTGAAGTCGACCGCACC
TTTAGAGTTCCAAAACAACCGATGGTTAACAGTATTCTAGTCACTGTGCAAGTATACGCG
GAAAATCCGGCAGATGGCGCTGTGGACAATAGCGGGCCAGCTCTAGTGAAGCGACTCGAT
GAACCAGTGGATATCACTTTTAAACTCTTCAACCCGAAAGCAATAGAACCACAATGTGTA
TATTGGAACTTCACGGCAAGAGGGACTGGTTCAATAGCTGGAGGTTGGTCGCAACGTGGA
TGCACTCGCACTTATCTCAACTCAACTCATATAACTTGTTCATGTAACCACCTCACTTCA
TTTGCTGTCATTACTGATGAAGAGATTACAAGCGTTTTATCCCTGCTCCCTGTTCGCGTT
ACCATGGTGATCGCAGTCTCAGCATCACTGGCATTCCTGTTTGCATCGATAGCAGCTTCC
CTATTCCTCCCTGGGGTCAAATCCATCCGAGCTCTCATTAACAGAAACATGGCCATCGCT
ATATTTCTTACAAGTTTCCTCTATCTGATAGGAATTCAGCAAACATCGAACATCTACTTG
TGTATGTCGATTGCTGTTGGTCTGCATTTCCTACTCATGTCCATGTTTGCTTGGATATTC
GTCGACGGAGTCCATCTTTACCGGGTTCTCACTGAAAAACGTGACATTAACCGCGGAAAA
ATGAGAGTTTATTACCTGCTTGGTTGGGTTCTACCAGCAATTATCACCGCTTTATCAGTT
GGTTTGGAAGCAAAAGGTTACGGAAATTCTCTTTTCTGTTGGATTTCGTTCGATGATCTT
TTGATTTGGAGTATCGTGG
| SUPERFAMILY |
Cadherin-like (IPR015919) - T[215-320] 5.71E-16 - T[313-418] 3.43E-24 - T[420-533] 1.01E-29 - T[526-628] 2.71E-27 - T[623-746] 1.71E-23 - T[733-842] 1.57E-24 - T[836-948] 2.28E-28 - T[936-1053] 8.14E-22 - T[1046-1146] 1.16E-10 |
| Pfam |
Cadherin (IPR002126) - T[220-311] 3.6E-14 - T[326-417] 5.0E-17 - T[431-523] 5.2E-19 - T[538-625] 5.7E-20 - T[641-730] 1.9E-12 - T[744-832] 4.8E-16 - T[847-939] 8.1E-20 - T[955-1042] 9.5E-17 |
| SMART |
Cadherin (IPR002126) - T[237-318] 2.0E-20 - T[343-424] 4.8E-26 - T[448-531] 3.1E-27 - T[555-633] 3.8E-28 - T[657-737] 8.9E-16 - T[761-840] 2.2E-23 - T[864-946] 5.2E-28 - T[970-1050] 4.1E-21 - T[1078-1154] 0.014 |
| PRINTS |
Cadherin (IPR002126) - T[264-283] 1.4E-36 - T[321-350] 1.4E-36 - T[391-403] 1.4E-36 - T[405-424] 1.4E-36 - T[424-437] 1.4E-36 - T[583-609] 1.4E-36 - T[930-947] 1.4E-36 |
| ProSitePatterns |
Cadherin_CS (IPR020894) - T[414-424] . - T[521-531] . - T[623-633] . - T[1040-1050] . |
| SMART |
EGF-like_dom (IPR000742) - T[1254-1310] 17.0 - T[1315-1348] 3.0E-5 - T[1355-1399] 43.0 - T[1616-1648] 0.25 - T[1841-1874] 2.5 - T[1876-1912] 6.5E-6 - T[1965-2000] 250.0 |
| SMART |
EGF-like_Ca-bd_dom (IPR001881) - T[1312-1348] 5.2E-8 - T[1617-1648] 0.43 - T[1838-1874] 1.2 - T[1878-1912] 0.053 |
| ProSiteProfiles |
EGF-like_dom (IPR000742) - T[1312-1348] 18.647 - T[1352-1391] 8.909 - T[1613-1648] 10.474 - T[1838-1871] 8.177 - T[1874-1912] 15.458 |
| Pfam |
EGF-like_dom (IPR000742) - T[1316-1345] 4.4E-6 |
| ProSitePatterns |
EGF-like_CS (IPR013032) - T[1336-1347] . - T[1336-1347] . - T[1636-1647] . - T[1900-1911] . - T[1900-1911] . |
| SUPERFAMILY |
ConA-like_dom_sf (IPR013320) - T[1392-1613] 5.81E-32 - T[1635-1820] 1.35E-18 |
| ProSiteProfiles |
Laminin_G (IPR001791) - T[1400-1610] 34.848 - T[1652-1836] 19.403 |
| SMART |
Laminin_G (IPR001791) - T[1420-1593] 5.5E-27 - T[1676-1814] 3.5E-11 |
| Pfam |
Laminin_G (IPR001791) - T[1428-1593] 1.6E-22 - T[1684-1812] 9.8E-12 |
| Pfam |
Laminin_EGF (IPR002049) - T[1969-2010] 2.0E-6 |
| ProSiteProfiles |
Laminin_EGF (IPR002049) - T[1969-2016] 14.444 |
| SMART |
Laminin_EGF (IPR002049) - T[1969-2014] 3.1E-4 |
| ProSitePatterns |
Laminin_EGF (IPR002049) - T[1988-2021] . |
| ProSiteProfiles |
GPCR_2_extracellular_dom (IPR001879) - T[2001-2074] 10.422 |
| SMART |
GPCR_2_extracellular_dom (IPR001879) - T[2017-2079] 3.0E-5 |
| Gene3D |
GPCR_2_extracell_dom_sf (IPR036445) - T[2017-2071] 6.6E-13 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| CELR3_HUMAN | 41.663 % | 1556 | 0 |
| CELR2_HUMAN | 41.136 % | 1516 | 0 |
| CELR1_HUMAN | 40.078 % | 1493 | 0 |