- Transcript 'Moocci.CG.ELv1_2.S41...' >
- Transcript 'Harore.CG.MTP2014.S8...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S81.g12752.01.t
Possible name(s)
CELSR1; CELSR2; CELSR3
Gene model
Location
S81 [122,004 / 142,499]
Amino acid sequence
Length: 2,986
>Harore.CG.MTP2014.S81.g12752.01.p
MMKIIYLTIMRLLVFSLMTGLSYGYDIFIPERFNKEMKVFNASIGLAGCSYHIRNVLCTD
QQSSIDFKIDKTLGVISIFKSDNFLKDSYNTCSLRVCIKGCLGGLVMVEMPISVHLFQDK
HWFKSPAFMQQTHTIKNLPAINVTLMDVTADGASNNLFIKILPLTGIGPVLPYSVLKCEY
DYYIPKKSQKSLFRIKDGFLSVSTSALCRKKSLRVELLQLLQDCSVNPPPHSAVISNQEM
AIHLHTLGLHKSSVCVKHRGHFFDGNPIILSSRRKRAAPTLYFLKSRQTVEILENRPPGT
EVITMDVINTAGKPVEFHLFPRSDKRSLELFNLNNNTGTITTKRSLDRESMSSHLFTVVA
TSQGSSQATCTLDINVVDMNDNAPRFEELEYEFTLKESDDVGQYVGQVTASDTDFGKNNA
EIHYKFISKGSTYIDNTFKISDDGVITLSEEVDRETKSSYTYLVEASDKGTPPQRSCAQV
DITIEDVNDNAPRFSQTEYKVKISESTAMNTKIAKVSATDSDYAQNGHVTYSLIAGHHFS
IGRNTGDITVISDINFASNPNGFRFLVRAQDGGRPPKSSTCSVVVSLIDVNDNAPHFLSS
TYSITVKEDLAVGTDIILVKAVDADSGDNAKLVYSFSPSPINLPFRINNTSGQIYLSDVL
DYEKRTRYTITARATDHGVPQKHSDCTVEITIRNVDDNWPIFSSKEYRLRVAENTRVGSE
IKTVEATDADPDTHLNYRIITGNYYNKFGIISRLNKGIITLAQSLDFNKKRNYVLTIMCS
DGVHTGTTKVTIDVTDANTYPPQFDNSNYEKTVPEDVKVGTTVIQVHAKDKDVGENAHIT
YSFQNPVSDFTINSTNGEIKAKKALDYDTESQIYLTVVAEDNGVPKKRDSAMVIIYLEDV
NDNAPVFDLPKYKKSVSEDVRVGINIVRIHATDKDSGYNEQIHYTFDGGNDGNGHFKIER
TTGIIRTAHSLDREDIEEYTLIAYACDRGQPQQKTSVEIQITVTDVDDNPPHFEEDEVTF
YVKENSPIGSVVATLHAVDPDNGEHSKVTYEMSLDIDAMSSWHISFYTGELSPIAKLDYE
TRSSYTFVVTATSNSLVSQVIVHIKLIDMNDNKPVLKNFQIIFNNYRTYKHHTFPVGPIG
KIPAYDPDVSSNLTYRFLSGNEHNLLILNQTSGELKLSTKLDNDREFSTEFNIEVTDGKY
RVNGTCVLKVVPITDEMLTNSVTVRIQEISQEKFLSAAMQQFVNGLGRILNVSSQDVFIF
NVQNDTDVAPHAVVNVSFSARHPEGYFFTTQHLQEQVYLNRSSLTNFSMQSVMPFDDNIC
LREPCENYMRCVSALYFNSSAPFVSTQTVLFRPIHPVSGLRCKCPEGFAGQGCENEVNLC
HPLRCQNNGQCISVEGGYVCACNGSFTGKHCEVNLVGSQCTDAEGICKNRAKCKAFLAGG
FRCECIRISRVEKEDLTRYCELRSRTFQKGDFALFSGITQQWRFTLSLSFVTRESSGLLL
YNGRFNHEHDYLALEIVDGQVQVNFSTGQDYTVVDPYIKGGVDDGNWHTVLVEYHNKPKR
EIFGQGYSGPSNRKVVTVTVDPESCDPVISAKWHKKLGNYTCSKTAEQGGTKSSLDLTTP
LLLGGVPNLPEQYQVRTRHFVGCLRDLIVDHSLVDMSAYVANHGSRPGCSAMHDQCGNNP
CSHGRCETTWGKYKCICDGDYSGKWCERIQPGHQFLGRGCLRHNRVSLLPSVTLPWKHSV
SFRTTHSSGALIYVEMGNNLQLELSISGQKIKYGIQSAGKLYEDILNKLISDGEWHKVEV
AWSKVDDSVKISISLDDVDNMKTFEVTISPELMGPTGRVTNLYLGGKLLRNSITNTFIGC
LRSVEFSSRGLVHNVQDGNLVKTRGARVTVGCKSKDACSSNPCPVHSDCVTLFDSYKCKC
HKGYIGNRCEPACMLQPCYSGGQCILNPMAEYGYTCRCASAIFYGRTCEMEHLQPCPSGW
HGYPVCLPCNCPVERNFDPDCNNKNGELECVCKKNHYMKTEDKTCHPCNCYHVGSRSLNC
SDETGQCPCKPGVVGKHCNKCSNKFAEVTDTGCKVLYDQCPQSIEDGILWLRAKFGDIKP
AQCPAGSVGIATRKCQAKEGWLTPVLNCTSDPYSLLAPDLADLERNRTSLSLHYSVSIAQ
RLQEAANETEDLYQRDVYISYALLLRMLSYQKSLSGFDLTSAQDSKFNDDLVLSTSRILD
EKNLGHWVAMQGRKSGVEVVNSARLLQGYEEYMTTLTKNLRGIYYDSIISNSPNIRLAIH
TVSRKENEVIRLDNNSNETTGCNLVSVTLAPDETSRKKSDVAVVGVMQFNTLGQILPKLF
QDGRLDMRIPQKPFINSAVVSVVAYNRANKTNNRSKKDLVVLTFRLLRQDRSNPQCVFWS
FPKRGRDGVGGWSQKGCVRKDHNNTHIVCACSHLTSFAVLTDEEIKSVTEELSVRIVLYT
SVFIIVAAIIVTLGFSCCLQDVKSNHARIHNNFCIAILLSEVCFVAGIEQTANNYVCMAV
AIFLHFFFMSMFAWIFVEGLHLYRMIMEKRDVNMGHMRVYYLLGWGIPAIITALSVGLDA
KGFGNPHFCWILTSDLLVWSFAGPLILCVVIYILLLLLTICKYFASKLSDTKRNETRFNL
RASFALLPAVGALWALALFAVNKNKASFYYLFAVVNIILAVLLVLFHCALNKEVRNALRT
VRERRWQRAELNTTTQHLLKRSLSQTPDTSGSGTRRLNVFTSASSASETNTNNRKKHQNS
SIFHDLSDLDNSDTESDFSDSSISLTSTHTSDDEDNVGNDEPYLNINNSCNLPKQNGHLP
VLSKAKDRGLMVHSTPKEGSNPDNHVFSPYNGSTSSRNDSYKSPLPTLSEANSEHDLNEE
PRYLSVSSRCDPGPLKKKEEKYEYIPLKEMDSLPKRGILKNGKRNKPPTPARVDSLLKHN
TENDCNNDCAQSTEETNLISTSNATTKEEVAFKRNSPNPIAQSEPL
Nucleotide sequence
Length: 10,418
>Harore.CG.MTP2014.S81.g12752.01.t
AGGACAATATTATTTTTTTTATTGGAAAGATAAATTGAGATGATACAAATCACTTAAGAG
GAGTATGCCTATATCAGAATCACCATGATGAAGATTATATATCTGACTATCATGAGGCTC
CTCGTCTTCTCGCTGATGACTGGCCTCTCCTATGGATACGATATCTTCATTCCTGAAAGA
TTCAATAAAGAAATGAAAGTTTTTAACGCCTCAATCGGACTTGCTGGTTGCAGTTATCAC
ATCAGAAATGTCCTCTGCACAGATCAGCAGTCCTCTATAGACTTCAAGATAGATAAAACA
TTGGGAGTTATATCCATCTTCAAAAGCGACAACTTTTTAAAAGACTCTTATAATACATGT
AGTTTACGTGTCTGCATCAAGGGATGCCTAGGTGGTTTGGTCATGGTGGAAATGCCAATT
TCAGTTCATCTATTCCAAGATAAACACTGGTTCAAATCACCTGCTTTCATGCAGCAAACA
CATACCATAAAAAATCTTCCTGCAATAAATGTTACGTTGATGGACGTAACGGCAGATGGA
GCATCAAATAATTTGTTCATTAAAATTCTTCCGTTGACGGGAATCGGACCAGTCTTACCA
TATTCCGTACTGAAATGCGAATATGACTATTACATACCAAAGAAAAGCCAAAAATCTCTG
TTTAGAATCAAAGATGGATTTCTGTCCGTTTCTACCAGTGCTCTGTGCCGAAAGAAATCT
CTCAGAGTAGAGTTATTACAATTGTTGCAAGACTGCAGTGTAAATCCTCCCCCCCATAGT
GCTGTTATCTCCAATCAAGAGATGGCAATACACTTACATACCTTGGGCCTTCACAAAAGT
TCAGTATGTGTGAAACATAGAGGTCATTTTTTTGATGGGAATCCGATTATTTTGTCCTCA
AGAAGAAAAAGAGCAGCGCCTACTTTATACTTCCTCAAGTCGAGACAAACTGTTGAAATT
TTAGAAAACAGACCGCCCGGTACCGAAGTTATTACAATGGATGTGATAAACACTGCAGGA
AAACCCGTTGAGTTCCACTTATTTCCCCGCAGCGATAAAAGAAGTTTAGAACTATTCAAT
CTCAATAACAATACCGGCACTATTACCACTAAGCGATCCCTAGACAGGGAGTCCATGTCA
TCCCATCTTTTTACTGTAGTGGCAACATCACAAGGTTCTTCTCAGGCTACATGCACCCTT
GATATAAACGTTGTTGATATGAATGACAACGCTCCACGATTTGAGGAGTTGGAATATGAA
TTCACATTGAAGGAAAGTGACGACGTGGGCCAGTACGTGGGTCAGGTCACGGCTTCCGAT
ACTGACTTTGGAAAAAATAATGCTGAAATCCATTACAAGTTCATTTCAAAGGGTTCGACA
TACATCGATAACACTTTCAAGATAAGTGATGATGGAGTGATAACACTGAGTGAGGAAGTT
GATCGTGAAACAAAATCCTCCTATACTTACTTGGTAGAAGCCAGTGACAAAGGCACCCCG
CCGCAGCGATCTTGCGCCCAAGTTGATATCACTATCGAGGACGTCAACGATAATGCACCA
CGCTTTTCACAGACAGAATATAAGGTAAAAATAAGTGAGAGCACTGCCATGAACACTAAA
ATCGCAAAGGTTTCTGCCACTGACAGTGATTATGCTCAAAATGGCCATGTTACTTACAGT
CTGATTGCAGGTCACCATTTTTCGATTGGACGTAACACAGGTGACATCACCGTTATTTCA
GATATCAACTTTGCGAGCAACCCGAACGGGTTTAGATTTCTTGTACGTGCACAGGATGGT
GGTAGACCTCCAAAGTCCAGCACATGCAGTGTAGTGGTTAGCTTGATAGACGTGAATGAT
AATGCTCCACATTTCCTCAGCTCCACTTACTCCATTACTGTGAAAGAAGATTTGGCTGTC
GGCACAGATATAATTCTTGTAAAAGCAGTGGACGCGGATTCGGGCGACAATGCCAAATTG
GTTTACTCATTTTCCCCTTCACCTATCAATCTCCCTTTTCGCATCAACAACACGTCAGGG
CAGATATATCTCTCAGACGTCCTGGACTACGAGAAGAGGACTCGGTACACGATTACGGCC
CGTGCCACTGATCACGGTGTTCCGCAAAAGCACTCAGACTGTACTGTTGAAATCACAATC
AGAAACGTGGACGACAATTGGCCCATTTTTTCCTCCAAAGAATACCGCTTGAGGGTGGCA
GAAAATACCAGAGTCGGCAGCGAGATCAAAACCGTTGAAGCCACGGACGCTGACCCGGAC
ACTCACCTGAATTATCGCATAATAACCGGGAACTATTACAACAAGTTTGGAATAATCAGT
CGTCTCAACAAAGGGATTATCACCCTTGCACAGTCCTTGGATTTTAACAAGAAGCGCAAC
TATGTCTTGACCATCATGTGCTCAGACGGGGTCCACACAGGCACAACTAAAGTCACCATT
GATGTGACCGATGCTAACACATATCCTCCTCAGTTTGATAACTCGAATTATGAGAAAACC
GTGCCAGAAGATGTGAAAGTTGGAACCACAGTGATTCAAGTGCATGCAAAGGACAAAGAT
GTTGGAGAGAATGCCCATATCACATACTCTTTCCAGAATCCAGTCAGTGACTTTACAATC
AATTCAACCAATGGTGAAATTAAGGCGAAGAAGGCATTGGACTATGACACAGAAAGCCAA
ATCTATTTGACGGTTGTAGCGGAAGACAATGGTGTCCCTAAAAAGCGAGATTCTGCAATG
GTCATCATTTACCTAGAGGATGTAAATGATAACGCACCAGTATTTGATCTCCCAAAATAT
AAGAAATCTGTCAGCGAAGACGTTCGCGTAGGTATCAACATTGTTCGGATTCATGCCACT
GACAAAGATTCTGGCTACAATGAACAGATCCACTACACGTTCGATGGAGGAAATGACGGC
AACGGACACTTCAAGATAGAGCGAACAACAGGGATAATTCGTACCGCGCACAGCTTGGAT
CGTGAAGACATCGAAGAATATACTCTTATCGCATATGCTTGCGATCGGGGCCAACCTCAA
CAGAAAACTTCTGTTGAGATTCAGATAACAGTGACAGACGTTGATGATAATCCACCGCAT
TTCGAAGAAGATGAAGTCACCTTCTATGTGAAAGAAAACAGCCCCATCGGGTCAGTGGTC
GCCACTCTCCACGCAGTAGACCCAGACAATGGAGAGCATTCGAAAGTGACTTACGAAATG
AGTTTGGATATTGATGCTATGAGTTCTTGGCACATCAGTTTTTACACTGGAGAATTGAGT
CCCATTGCGAAATTAGATTATGAAACGAGATCTAGCTATACTTTTGTTGTGACTGCTACA
TCAAATTCTCTTGTTAGCCAGGTCATTGTTCACATTAAACTCATTGACATGAATGACAAC
AAGCCAGTGCTCAAGAATTTCCAAATAATATTCAACAACTATAGGACGTACAAACACCAC
ACATTCCCTGTGGGACCCATCGGGAAGATACCGGCATACGATCCAGATGTATCTTCAAAT
CTGACTTACAGGTTTTTATCCGGCAATGAACACAACTTGCTGATATTGAACCAGACGTCT
GGCGAGTTGAAACTCAGCACTAAACTTGACAATGATAGGGAGTTCAGTACTGAGTTTAAC
ATTGAAGTCACAGATGGAAAGTACAGGGTGAATGGCACATGCGTGCTGAAAGTCGTACCC
ATAACAGACGAAATGCTAACCAACAGCGTCACAGTCCGTATTCAAGAGATATCGCAGGAG
AAATTTCTTTCCGCAGCCATGCAGCAGTTTGTAAACGGGCTAGGACGAATTTTGAACGTT
TCTAGTCAGGATGTGTTCATCTTCAACGTACAAAATGACACTGACGTTGCACCCCATGCT
GTGGTCAATGTCAGTTTTTCAGCTCGCCACCCGGAAGGATATTTCTTTACGACCCAGCAT
CTACAAGAACAGGTCTATCTGAATCGATCTTCGCTGACCAATTTCTCGATGCAAAGCGTG
ATGCCTTTCGATGACAACATTTGCTTGAGAGAGCCATGCGAAAACTACATGCGCTGCGTC
TCTGCTCTGTACTTCAACAGCTCTGCGCCGTTCGTGTCAACCCAGACAGTTCTGTTCAGG
CCCATTCACCCGGTCAGTGGATTGCGATGCAAGTGCCCTGAAGGCTTTGCCGGACAAGGC
TGTGAAAATGAGGTTAACTTGTGCCACCCATTAAGGTGCCAAAACAATGGTCAATGCATT
TCGGTTGAAGGTGGTTATGTTTGTGCTTGTAATGGCTCTTTCACAGGCAAACACTGTGAA
GTGAATCTTGTCGGCAGCCAGTGCACCGATGCTGAGGGAATATGCAAAAATCGTGCCAAA
TGTAAGGCTTTCCTGGCAGGGGGTTTCAGATGTGAATGCATCAGGATTAGCAGAGTCGAG
AAAGAGGACTTGACTCGGTATTGCGAGCTGAGATCCCGCACATTTCAAAAGGGTGATTTC
GCCTTGTTCTCGGGCATAACCCAGCAGTGGAGATTCACGCTATCTCTAAGCTTTGTGACG
CGAGAAAGTTCGGGCCTTTTATTGTATAACGGACGCTTCAATCATGAACACGATTACCTT
GCCCTGGAAATCGTAGACGGGCAGGTCCAAGTTAACTTTTCCACCGGACAGGATTACACT
GTAGTCGACCCATACATAAAGGGTGGCGTTGATGATGGGAACTGGCACACGGTTCTTGTG
GAATATCACAATAAACCCAAGAGAGAAATTTTTGGTCAGGGCTACAGCGGACCTTCCAAT
AGAAAAGTTGTCACTGTGACAGTGGATCCGGAGTCCTGTGACCCAGTGATTTCTGCAAAG
TGGCACAAAAAGTTGGGAAATTACACATGTTCAAAGACCGCAGAACAGGGAGGCACTAAA
TCTTCTCTCGACCTTACCACTCCACTGCTCTTGGGAGGAGTCCCTAACCTTCCGGAACAA
TATCAGGTTCGAACAAGGCATTTTGTCGGGTGCTTGCGTGACCTCATCGTAGATCACAGT
CTAGTGGACATGTCTGCATATGTAGCCAACCACGGATCTCGTCCAGGTTGCAGCGCCATG
CATGACCAGTGTGGAAATAATCCTTGTTCTCACGGGAGATGTGAAACCACTTGGGGCAAA
TATAAATGCATATGTGATGGTGACTACAGTGGAAAATGGTGTGAGCGTATTCAGCCAGGA
CATCAGTTCCTGGGTAGAGGTTGTTTGAGGCACAACAGAGTCAGTCTACTTCCATCCGTA
ACATTGCCATGGAAGCACAGCGTGTCTTTTCGTACTACCCACTCGTCCGGTGCTCTGATC
TATGTGGAAATGGGGAACAATCTTCAACTGGAACTCTCGATCAGTGGACAAAAGATTAAA
TATGGCATTCAGAGTGCAGGAAAGCTTTATGAAGACATCCTGAATAAGCTTATTAGTGAT
GGAGAGTGGCACAAAGTTGAAGTTGCTTGGAGTAAGGTTGATGACAGTGTAAAGATAAGC
ATTTCATTGGATGATGTCGATAACATGAAAACCTTTGAAGTTACCATTTCTCCGGAACTA
ATGGGTCCAACTGGCAGAGTGACTAACTTGTACCTTGGTGGGAAGCTGTTGAGAAACAGC
ATAACTAATACTTTCATTGGCTGCCTGCGCTCCGTTGAATTTTCATCACGGGGTCTTGTC
CACAATGTCCAGGATGGGAATCTCGTGAAGACACGTGGAGCTCGAGTCACTGTGGGTTGC
AAGTCAAAAGATGCATGCTCTTCCAACCCATGCCCCGTTCATAGTGACTGCGTTACGCTC
TTTGATTCATACAAATGCAAATGCCATAAAGGTTATATTGGCAATAGATGTGAACCAGCC
TGCATGCTCCAGCCGTGCTATTCGGGCGGTCAGTGTATCTTAAATCCTATGGCTGAATAT
GGTTACACATGTCGCTGTGCTTCTGCTATCTTCTATGGACGGACCTGTGAGATGGAACAC
CTTCAACCATGTCCTTCCGGATGGCATGGGTACCCAGTCTGCTTGCCATGTAACTGTCCT
GTTGAGAGAAATTTTGACCCAGATTGCAATAACAAGAATGGGGAGTTGGAGTGTGTTTGC
AAGAAAAATCACTACATGAAAACAGAAGACAAAACATGCCACCCTTGCAACTGCTACCAC
GTCGGTTCTCGCAGCCTCAATTGCAGTGATGAGACAGGACAATGTCCTTGCAAGCCTGGT
GTGGTTGGCAAACACTGCAACAAATGTTCGAATAAATTTGCAGAGGTCACAGACACAGGA
TGCAAAGTTCTTTATGACCAGTGTCCTCAGTCCATCGAGGACGGCATCCTCTGGCTCCGG
GCTAAATTTGGAGACATAAAACCGGCACAGTGCCCCGCCGGTTCCGTCGGCATCGCGACC
CGCAAATGTCAAGCAAAGGAAGGCTGGCTTACCCCAGTTCTGAACTGCACAAGCGATCCA
TACAGTCTATTAGCTCCTGATCTTGCAGATTTAGAAAGAAATCGTACAAGTCTCTCCCTT
CACTATTCTGTAAGCATCGCACAACGCCTCCAGGAAGCAGCTAATGAGACAGAGGATCTT
TATCAGAGGGACGTCTATATCTCGTATGCTTTATTACTCCGCATGCTCTCTTACCAGAAG
TCTTTATCTGGGTTCGATCTTACATCTGCTCAGGACTCGAAATTCAATGATGACCTCGTC
CTATCCACATCCCGAATCCTTGATGAAAAGAACCTGGGTCACTGGGTTGCGATGCAGGGT
CGTAAATCTGGTGTGGAAGTTGTTAATTCGGCCCGGCTTCTTCAAGGTTACGAGGAGTAC
ATGACGACGTTGACGAAAAATCTCAGAGGGATATATTATGATTCTATCATCTCTAATTCT
CCCAACATTCGTCTCGCAATACATACGGTTTCCAGGAAGGAAAATGAAGTCATTAGACTT
GATAACAACAGCAATGAAACTACTGGTTGCAATCTTGTATCGGTCACTTTAGCCCCGGAT
GAAACCTCCAGGAAGAAATCAGATGTTGCTGTTGTAGGTGTTATGCAGTTCAACACCCTA
GGGCAGATTTTACCCAAGTTGTTTCAGGACGGCCGACTAGACATGCGGATTCCCCAAAAG
CCATTTATCAATAGCGCCGTTGTCTCGGTAGTGGCGTACAATCGTGCCAATAAGACAAAC
AACAGGTCCAAAAAAGACCTCGTTGTCTTGACTTTTCGTTTGCTGCGTCAAGATAGAAGC
AATCCACAGTGTGTCTTTTGGAGTTTCCCGAAAAGGGGAAGAGATGGTGTAGGTGGGTGG
TCGCAGAAAGGATGCGTCAGAAAGGATCACAACAACACCCACATTGTATGCGCATGCTCA
CACCTTACTAGTTTTGCTGTTCTCACCGATGAAGAGATTAAGAGTGTCACGGAGGAGCTA
TCAGTAAGAATTGTCCTCTACACCAGCGTGTTTATCATTGTCGCGGCCATCATTGTCACC
CTAGGATTTTCCTGCTGCCTGCAAGATGTCAAATCCAATCATGCTCGGATCCACAACAAT
TTCTGCATCGCGATACTTCTTTCTGAAGTTTGCTTTGTTGCTGGTATTGAGCAAACTGCT
AACAATTATGTGTGCATGGCCGTCGCTATATTCCTTCATTTCTTCTTCATGAGTATGTTT
GCATGGATATTCGTAGAAGGTCTTCACCTGTACAGGATGATAATGGAGAAACGAGATGTG
AACATGGGACATATGAGGGTGTACTATCTCCTTGGCTGGGGCATTCCTGCCATAATCACG
GCTCTCTCGGTCGGCCTGGATGCAAAGGGTTTTGGAAATCCGCACTTTTGTTGGATTCTG
ACCAGTGATTTATTGGTCTGGAGTTTTGCTGGTCCTCTGATACTCTGCGTTGTGATCTAT
ATCCTGCTTTTACTGCTGACCATTTGCAAATACTTTGCTTCGAAACTGTCGGACACCAAG
CGCAACGAGACGAGGTTCAATCTCCGAGCTTCCTTCGCCTTACTGCCTGCAGTCGGTGCT
CTTTGGGCACTTGCCTTATTTGCAGTGAACAAAAATAAAGCTTCTTTCTATTATCTTTTT
GCTGTTGTTAACATTATACTGGCTGTGCTGCTTGTTCTGTTTCACTGCGCTTTAAATAAG
GAAGTCAGAAATGCATTGCGTACGGTGAGAGAAAGAAGATGGCAACGTGCAGAACTCAAC
ACGACAACTCAGCATTTGCTTAAACGCTCACTTTCTCAAACACCAGACACATCAGGTAGC
GGTACGAGGAGGCTCAACGTTTTCACGAGTGCATCATCTGCTAGTGAGACCAATACTAAC
AACAGGAAAAAACATCAGAATTCTTCCATATTCCATGACCTAAGCGATCTTGACAACAGC
GATACGGAATCTGACTTCTCAGACAGCTCGATCTCACTCACATCGACTCACACTTCTGAT
GATGAAGACAACGTTGGGAATGATGAACCTTACTTAAACATAAACAACAGCTGTAATTTG
CCCAAACAGAATGGTCATCTGCCTGTTCTGAGTAAAGCAAAGGATCGTGGGTTGATGGTG
CACAGCACTCCAAAAGAGGGAAGCAATCCTGACAACCATGTGTTTTCTCCCTATAACGGA
AGTACATCATCACGAAACGATAGCTACAAGAGTCCGTTACCCACCCTTTCGGAAGCCAAC
AGCGAACATGACCTCAATGAAGAGCCCCGGTACTTGTCGGTGAGCAGCAGGTGCGACCCA
GGACCATTGAAGAAGAAGGAAGAAAAGTATGAGTACATTCCTTTGAAGGAAATGGATTCT
TTACCTAAAAGAGGCATATTGAAAAATGGAAAAAGAAATAAGCCTCCCACACCTGCACGG
GTCGACAGCTTATTAAAGCACAACACAGAGAACGATTGCAATAATGATTGTGCACAGAGT
ACAGAAGAGACGAATCTTATCAGCACTAGCAATGCCACGACAAAGGAGGAAGTGGCTTTC
AAGAGAAATTCTCCAAACCCCATAGCCCAAAGTGAGCCTTTGTGACTTGAAATAGAGAAA
GACTAATTATGCAAACTAAAGGAATGTCTGGTAAGCATAGCCGCACGAAGACTGCGCTCG
AGGCTGGTTGTGTGGTACTTTGAAGACGGTGCAAGGTATTGTGAACACAGGTTCTTGTCC
TTCATTTGAGTTTTCTTTTTGTTTCGCACATTCATTTTAATTTCTGCTTCTGGCTGCTAC
AATTACCTACATTGTCGATTGGACTACAATATCCATTACAATTTCAGTGCTTGAGTGTTC
ATTAGCTCTTCAGGACTTGAAAAAATACACCACATCCCTTACCGAATAGACTAGGCTGAT
CCCGTATCCCGTACTGTACACTGTGATACCCCATTCGACCAAAAAATATGAACCCCCATG
TCACAAAGTTTCCTCTCCCAACTATTTTAAATCTGTGATGTACTCTGATAAATAGATTTT
CTTTGATTTCTGATCATCACCCATTTCTGTCTTGTAGTGATTTTGTTCAAGATTTCAGTC
TGGGTGGGGTAGTCTGTTTTAAACATTTAAAATCAGCTGCTTTTCACATTCTGCTCTTGG
TTATATCAAAACCACATTCTACTTTGGTAGTAAATTGGAACCTGATCCTCCAACTGGTAT
CTTGTCCTCTGTTTTCTTACTGCCTCGAAGTTATGTTGTACCATTTAACCTTGTTGGTAA
AGGTTCATAATAAATTGAAGATGTTTACCAAGTTTTTTGTTTTCTATTTGAATGCTTTAC
TTTTGTTTATGATTTGATCAGCACTGCAGCATGCCATTTCACACTTCCAATGTTAATCTG
CAGTAAGCTAGGCTATTGAAGAAAATGAAAGATGAATTAATATTAACATCCTGGCTGGTG
CTTTTTAGCAGTGTTGTGAGTTTCTTTTTTTGTAATAGTTTGTTTGGTGTTAAAGCCAGG
TTTTTCCACTTACTTTATTAATATTTTTGCTGTATGCTGCACACAATGTTTTATGCTTTA
CTGATCATTTCTTAATATTTACTACATACAGACTACATAGTAGAAAAGTAAGCGATAACT
TATTTTTCTAGCTATCCTTTCTAAATAAAATTTGATAGGTCATATACTTGATTGGCTCTA
GATCAGTGGTTCCAGGTGGTACGCGAGCAACTTCCGGACCCTGGTTTTCTTTGCTCATGC
ATTATTCTGGGATTCGACTGGCCTTTCGTTGGTGATTTTAATTCATGGAATATTATTAGG
TGTGAACCCCCCCCAAAAGCGAGCAGTCGAATTCTTTCTATTTTAATAGCAATCTGTAGC
CTGGAAAGAATAGTGGTAAACAGCTTGCCGATGAAAGAATACGTTTCCGCCTATTCACTG
AACTACATATACTACTTTGTCTGCTATTGTATTGTGTC
| SUPERFAMILY |
Cadherin-like (IPR015919) - T[282-386] 2.0E-15 - T[374-482] 8.28E-23 - T[482-589] 1.11E-23 - T[590-694] 3.85E-27 - T[695-796] 1.71E-18 - T[792-903] 1.86E-27 - T[900-1006] 1.36E-27 - T[1001-1121] 2.14E-22 - T[1109-1208] 1.1E-9 |
| Pfam |
Cadherin (IPR002126) - T[289-376] 1.5E-9 - T[391-485] 7.7E-17 - T[499-587] 3.2E-15 - T[602-692] 4.2E-20 - T[707-795] 4.4E-13 - T[810-897] 1.9E-17 - T[914-1004] 2.3E-20 - T[1019-1105] 3.9E-14 |
| SMART |
Cadherin (IPR002126) - T[302-384] 2.6E-17 - T[408-492] 3.0E-20 - T[516-595] 3.1E-22 - T[619-700] 4.1E-26 - T[724-802] 3.0E-12 - T[826-905] 1.8E-24 - T[929-1011] 7.0E-28 - T[1035-1114] 1.9E-15 - T[1142-1218] 0.37 |
| PRINTS |
Cadherin (IPR002126) - T[329-348] 4.0E-33 - T[494-523] 4.0E-33 - T[562-574] 4.0E-33 - T[576-595] 4.0E-33 - T[595-608] 4.0E-33 - T[855-881] 4.0E-33 - T[889-906] 4.0E-33 |
| ProSitePatterns |
Cadherin_CS (IPR020894) - T[585-595] . - T[895-905] . - T[1104-1114] . |
| ProSiteProfiles |
EGF-like_dom (IPR000742) - T[1316-1374] 6.547 - T[1376-1412] 18.179 - T[1672-1707] 13.962 - T[1894-1930] 16.627 - T[1931-1969] 10.027 |
| SMART |
EGF-like_dom (IPR000742) - T[1319-1374] 0.077 - T[1379-1412] 0.0016 - T[1419-1461] 50.0 - T[1675-1707] 0.025 - T[1897-1930] 6.4E-5 - T[1932-1969] 0.1 |
| ProSitePatterns |
EGF-like_CS (IPR013032) - T[1362-1373] . - T[1362-1373] . - T[1400-1411] . - T[1695-1706] . - T[1918-1929] . |
| SMART |
EGF-like_Ca-bd_dom (IPR001881) - T[1376-1412] 5.4E-6 - T[1674-1707] 0.076 - T[1894-1930] 0.0092 |
| SUPERFAMILY |
ConA-like_dom_sf (IPR013320) - T[1440-1673] 7.92E-33 - T[1689-1903] 1.09E-19 |
| ProSiteProfiles |
Laminin_G (IPR001791) - T[1462-1669] 34.054 - T[1712-1892] 22.963 |
| SMART |
Laminin_G (IPR001791) - T[1482-1652] 1.6E-29 - T[1734-1869] 2.9E-7 |
| Pfam |
Laminin_G (IPR001791) - T[1490-1651] 8.9E-24 - T[1742-1868] 5.7E-12 |
| SMART |
Laminin_EGF (IPR002049) - T[2028-2073] 2.5E-8 |
| Pfam |
Laminin_EGF (IPR002049) - T[2028-2069] 1.6E-7 |
| ProSiteProfiles |
Laminin_EGF (IPR002049) - T[2028-2075] 18.576 |
| ProSitePatterns |
Laminin_EGF (IPR002049) - T[2047-2080] . |
| ProSiteProfiles |
GPCR_2_extracellular_dom (IPR001879) - T[2060-2121] 9.496 |
| SMART |
GPCR_2_extracellular_dom (IPR001879) - T[2076-2137] 3.7E-5 |
| Gene3D |
GPCR_2_extracell_dom_sf (IPR036445) - T[2077-2129] 3.1E-10 |
| Pfam |
GAIN_dom_N (IPR032471) - T[2156-2365] 1.3E-31 |
| SMART |
GPS (IPR000203) - T[2392-2446] 2.8E-13 |
| ProSiteProfiles |
GPS (IPR000203) - T[2393-2446] 15.918 |
| Pfam |
GPS (IPR000203) - T[2394-2440] 1.9E-15 |
| ProSiteProfiles |
GPCR_2-like (IPR017981) - T[2454-2691] 30.798 |
| Pfam |
GPCR_2_secretin-like (IPR000832) - T[2454-2676] 4.3E-39 |
| PRINTS |
GPCR_2_secretin-like (IPR000832) - T[2519-2542] 3.7E-7 - T[2557-2582] 3.7E-7 - T[2599-2624] 3.7E-7 - T[2639-2659] 3.7E-7 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| CELR3_HUMAN | 39.468 % | 1793 | 0 |
| CELR2_HUMAN | 39.121 % | 1849 | 0 |
| CELR1_HUMAN | 38.741 % | 1862 | 0 |