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TRANSCRIPT CARD

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  1. Clone 'AHC0AAA62YM11' > 
  2. Clone 'AHC0AAA130YP04' > 
  3. Clone 'AHC0AAA65YC15' > 
  4. Transcript 'Haaura.CG.MTP2014.S8...'

Transcript Model

Transcript Id

Haaura.CG.MTP2014.S83.g01784.01.t

Possible name(s)

DCHS1; DCHS2; FAT4

Gene model

Haaura.CG.MTP2014.S83.g01784

Location

S83 [62,590 / 80,207]

Sequences

Amino acid sequence

Length: 2,981

>Haaura.CG.MTP2014.S83.g01784.01.p
MTFQHTKQFPNKVKATDPDFPSQPQHVTYSFVDIAPGAISLSTVGKLCLVSRLDREKIPS
YEFRVKATDQGGLHDFAQVYIVVADVNDNRPIFHPVSYVVNVASATALSGNPVTRVMATD
DDEKADSGFGNVTYEILAGNQLKLFSLDEDTGEISVAKSLVSHGSMVIQLRIRATDDGGL
SSESDAIVTISVLDGNDSSVDGPVFSESLYEFTVKENVDQDRVIGTVAATSNHGTVTYTL
RKDPPMSSWFAINSVSGDIMAKSSVDREIYSSVLLQIMGSVGNPPVFGFTMISITVEDVN
DNRPVFSAESPNANPVEGGVIRTVTIPYSLSIGSLIYDVKATDADDGPNSLIRYTLADDN
SYFQIDLTSGGLELKAALPKRNATYSVVIQASDHGNPPLHSTGIVVVEVLQPDVNCPAFS
SNSYVFSVPENHPLASSFDEVHATSPSKVFYEILTNADSYNFAVFPNGSLYLTSALDREF
KESYEFQVQASGLPSTDFTNPCTATAAVFISVIDVNDNLPYFDLDSRTFYVKENEPSGAV
VGVVSATDNDIGDNAKLRYSFATDNEHFEINSTSGIITTLKILDREAIISDTITVQATDI
SSSPALSQITIRVLVEDVNDVSPRFLTSSDVSLLCVVEERKENGTFACLLQAVDSDSGEN
GRISYSILSGDDTFEINAIDGRVTTTRMLIMNEQQLYSLTVKAEDHGSPPNSATSTVQIH
VRTSDNNPALFDQNNYVFFVPVLNAGPGQKLGRFDTLRYTHRVKRQLESDIVLTSFQIVS
GDDEDIFYLNETDGSLTSLTELNYERKPQYLLTVTAENSQDSSDTYTLKAQVNIEDANDF
APTFSSASYTFSIQENLPVGSKIWTFSATDKDIGINGILSYSILSELPNHPGKEESSTAF
RIDPSSGELYTMADIDRELIPQYTLVIQAGDGADEPRSTTVSCVITVRDMNDYRPRFVSR
SSLYVMEDEPIGFPVVCLSAEDDDLGANSHVSFAIVRGWTDVNDQMDQEYFHLNPSTGLL
TLTKQLDFEAATKHYINVSATDGAASDSLTAYQLLVVNVIDVNDQIPKFVKTVYQAEINE
DQDVGSLITRVTANDGDSGENGKVRYELQDGTNFFSIDKYTGVIVTADDLDREMKDSYTL
IVFAYDGAFPALYDWCTVEIIVLDMNDNFPRFAMSSESVTLESGIPLLVSLEVPEYENGP
ALIHTVVATDSDIGENGKIKFVISDGNTDDRFTINSTTGELWTNTRLDREEISSYRLKIT
ATDNGTSTAKSSDAYVDVSVLDWNDNDPAFSQSSYRGSVSEGLPIGQFVLTVHADDPDSE
LNGEINYSVDSGSEGDVLSSNKGCFSVDPQTGAITTTSILDREKKKQHQLIIQAMDSAPY
GPRKSSVTVIIDVNDINDNSPIFDEKLVERNVTESIKIGAEVARVQAQDKDEGDNGTVFY
QITGGNTLPFGSGTGKFHINNDGRITTTGSLAGTYTYYLNVTAHDNGNPTRTSDAVVILN
VAPLDIPNFSRIQFLKSVYKVDIPETVQKGDRVTQVEARLYNDESEIDESDSVSVGYSFP
SGNEDGTFSISSAGIITIKDPSFLDYEELPSIHLIVRAAAIPANGQGVTYDYTTVYVNLE
DDNDNAPQFAQDRYVTKVWEQQDAGIYVLQVSAHDIDSNGNGEVRYYINSGNVDQSFQVD
PLTGIVTTALTLDREIHQEYKLIVHAYDLGAPRRTGSCTLKISIVDINDHKPTLTVPSGN
APLNILESLDIGSMITRVTANDPDSGSEITFALNPNADETHKFFFIDRFSGKIYLAEEVD
YETMHDTTITVTASDGTFTDNADILINLIDENDNAPEFILKSYQASYYHYLAYVEFEVNF
VQATLDELSHVNTSVIRVEATDADSEDNGLVSYKLIDTLPKKPMFVVDSVTGVIYTNMTE
AFNPQTSIYNLIIQAEDHGVPPLHTSVSVRVQIEDVNNFPPVFSQESYEASVSEAAERDT
HVINITATDADFSKENRYVFYEISDGNVNDAFKVITHTASGGENTVGEVVVAGDLDRETV
SAYLLTIRASDQGTPRMMSEKNVLVKIKDVNDNQPVFNQTLYKGEISEHAKQEPVLMVFA
SDPDSSSHFIFKITSGNDDAAFDIGECIPSSEGCALISAKILNYEEKSQYKLAVQVWDDR
DTSSARSSVVPVIIDLMDVNEHTPHFPIPFKNAKIDETMQANQSLFSVTALDDDGGFYGK
INYFISREGNNELDEGCLPAYEMFEVIQETGEVKSRHDFDYESCKQYSFYIGAQNSVGTG
GATKTMKPSFLLIFIEVNPIDEYPPAFADGGINHYRFTVPYGSTPGHIIGVVNATDMDAG
SDGKIIYEIDTGDQDQEFRINATTGVITLIRPLESNSDRILSVTASSGRQRVQTFVSIEI
TGAPAIAPEAQILAIVFGVIAAIAIIIVLVLCLKHRRNKKALRYPPDSRTNAREETEYYD
LSVNRNGNPVAVPRTITVNSTGKNIMERLSSDYQIHNSNGISPPNGRTPTSVSTNGRVHS
LENGIRSKTLSGKASGHSTISNGHSRSGMSSTTVAAPSVAYRIPRHSISSGRGSDQDDDE
DEINREVDQITSSSGTMMNHSSSPPKPKTRRKSPGKGRSNKPVLDSGIQQDIDACSDISD
GDNNIRPASVESIHIFGEEGAGEAPLDLQDIENDLEIANSMKNAGGISRTPASYKDRSLT
SKSDFGQGSPSYKSPLGTEKSIGSTRTSRGTEGTDLAYNRRDHLVNWAPEFQPLANVFSE
YARFKEESSTRSRNRDNIVMRDLSVVDTLPSGSDNSHSQVPPPLLTSVADQRNNIIAPVP
MGYNVNRTGRQGSTNPVGLYPQSNPHYIRANNNYPQTSYLPPLYSSSHQRRDNLPSATPS
KAQVSFARMHGGLGQASLNSSQQALSVSSLSRTPISHESSFTSPAMSPNLSQSLSPLATR
SPSVSPYTVSEGAPAGVSDGSETDPQYSKSVENEERMVHV*

Nucleotide sequence

Length: 8,943

>Haaura.CG.MTP2014.S83.g01784.01.t
ATGACATTCCAACACACGAAACAGTTTCCGAACAAGGTCAAAGCTACTGATCCAGATTTT
CCATCACAACCACAACATGTCACTTACTCTTTCGTCGACATTGCTCCCGGGGCGATTTCT
CTCTCTACCGTGGGAAAACTTTGCCTCGTTTCTAGGCTAGACCGTGAGAAAATACCGAGC
TATGAATTTCGTGTGAAAGCTACCGACCAGGGAGGTCTTCATGACTTTGCGCAAGTGTAC
ATCGTCGTTGCTGATGTGAACGACAATCGTCCTATTTTTCATCCTGTCAGTTATGTCGTC
AACGTTGCATCGGCAACTGCACTTTCGGGAAATCCTGTGACCCGTGTCATGGCAACTGAT
GATGACGAAAAGGCAGATAGTGGATTCGGTAACGTGACTTACGAAATCTTGGCAGGAAAT
CAATTGAAGTTATTTTCACTCGATGAAGACACTGGTGAAATTTCAGTGGCAAAATCGTTA
GTGAGTCATGGCAGCATGGTTATACAGTTGAGAATCAGAGCAACTGATGATGGCGGCTTG
TCTAGTGAAAGTGACGCCATCGTTACCATCAGTGTCTTAGATGGAAATGATAGTTCTGTT
GATGGTCCTGTCTTTAGTGAATCTCTGTATGAGTTTACAGTGAAGGAAAATGTTGATCAA
GACAGAGTAATCGGGACGGTAGCAGCCACATCCAACCATGGAACTGTTACGTACACATTA
CGAAAAGACCCACCGATGTCTAGTTGGTTTGCTATTAATTCGGTTAGCGGTGATATCATG
GCTAAGTCCTCTGTCGATCGGGAAATATATTCATCTGTTCTGTTACAGATCATGGGATCG
GTAGGAAATCCTCCGGTGTTCGGATTTACAATGATATCTATCACGGTTGAAGACGTCAAT
GATAACCGGCCCGTTTTTAGCGCCGAATCACCGAACGCCAATCCAGTCGAGGGCGGTGTC
ATCAGAACAGTAACTATACCTTACTCGCTTTCGATTGGTTCTTTGATTTATGACGTTAAA
GCAACCGATGCAGATGACGGACCAAATTCCCTGATTCGTTACACATTGGCAGACGATAAC
AGCTATTTTCAAATCGACTTAACGTCTGGAGGCCTTGAATTGAAAGCCGCTCTTCCGAAG
CGCAACGCAACATACAGTGTCGTTATTCAAGCGTCAGATCACGGAAATCCTCCTCTGCAT
TCTACTGGAATCGTGGTTGTTGAGGTTCTCCAGCCTGATGTGAACTGCCCAGCTTTCTCT
TCCAATTCGTATGTATTTTCAGTTCCAGAGAACCATCCGCTTGCTTCCAGCTTTGATGAA
GTTCATGCTACATCTCCTTCCAAAGTCTTCTATGAGATTTTGACAAATGCTGATTCATAC
AATTTTGCTGTTTTTCCAAATGGCTCCCTCTACCTCACATCAGCGCTGGACAGAGAATTT
AAAGAGAGTTATGAATTCCAGGTTCAAGCCTCAGGTCTTCCTTCTACTGACTTTACTAAT
CCTTGCACCGCGACTGCAGCTGTCTTTATCTCTGTTATTGATGTCAATGACAATCTACCC
TACTTTGATCTTGATTCAAGAACATTCTATGTAAAAGAGAATGAACCATCAGGAGCGGTT
GTTGGTGTTGTGTCAGCGACTGACAATGACATAGGTGACAATGCAAAGCTGCGGTATTCC
TTTGCAACGGATAATGAACATTTTGAAATTAACAGTACTTCCGGCATCATAACAACATTG
AAAATCTTAGATCGAGAGGCAATCATCAGCGATACAATCACTGTTCAAGCTACTGATATA
AGCAGTTCTCCCGCCTTATCCCAAATTACGATTCGTGTACTGGTTGAAGATGTTAATGAT
GTTTCGCCAAGATTTCTCACAAGTTCTGATGTTTCTCTCCTGTGTGTTGTCGAAGAGAGA
AAGGAGAATGGAACATTTGCATGTCTGCTGCAAGCTGTTGACAGTGATAGTGGAGAGAAT
GGGAGAATATCTTACTCGATTCTCTCAGGAGATGATACGTTTGAGATCAATGCAATTGAT
GGAAGAGTTACTACAACAAGAATGCTCATTATGAATGAGCAACAGTTATATTCCTTGACT
GTTAAAGCAGAAGATCATGGCAGTCCACCAAACTCAGCAACTTCAACAGTACAGATCCAT
GTAAGAACTTCGGATAATAATCCTGCTCTGTTTGATCAAAACAACTACGTTTTCTTCGTA
CCAGTTTTGAATGCTGGTCCAGGTCAAAAACTAGGAAGATTTGATACTCTGCGGTATACA
CATAGGGTGAAACGTCAACTAGAAAGTGACATTGTTCTGACAAGTTTTCAAATCGTTTCT
GGAGATGATGAGGATATTTTCTATCTAAATGAAACTGATGGATCTCTGACTTCATTAACC
GAATTGAACTACGAACGGAAGCCGCAGTATTTACTTACGGTCACAGCAGAAAATTCTCAA
GATTCCAGTGATACATATACATTGAAAGCACAAGTCAATATTGAAGATGCTAATGACTTT
GCACCAACATTTTCATCTGCTTCGTATACATTTTCCATACAGGAAAATCTGCCTGTTGGA
AGCAAGATTTGGACATTCTCTGCCACTGATAAAGATATTGGAATAAATGGAATATTGAGT
TACTCCATATTGAGTGAATTACCGAATCACCCAGGAAAAGAGGAGTCCAGCACTGCATTC
CGTATTGACCCTTCTTCTGGAGAATTGTATACCATGGCTGATATTGACAGGGAGTTGATA
CCTCAGTATACTTTGGTCATACAGGCAGGAGATGGTGCTGATGAACCTCGGTCAACGACC
GTATCATGTGTGATCACTGTTCGAGACATGAATGATTACAGGCCAAGATTTGTGTCACGA
AGCTCTTTGTATGTTATGGAGGATGAACCTATTGGATTTCCTGTAGTTTGCCTCTCTGCA
GAAGATGATGACCTTGGTGCCAATTCACATGTTTCTTTCGCCATTGTTAGGGGTTGGACA
GATGTGAATGATCAAATGGATCAGGAATATTTTCATTTGAATCCTTCTACAGGACTACTC
ACTCTGACCAAACAACTTGATTTTGAAGCAGCAACGAAACATTATATTAACGTTAGTGCG
ACGGATGGTGCAGCAAGTGACTCACTGACTGCTTATCAGCTTCTTGTTGTGAATGTCATT
GATGTCAACGATCAGATACCAAAGTTTGTTAAAACTGTTTATCAAGCTGAAATTAATGAG
GATCAAGATGTTGGTAGTCTTATAACAAGAGTAACAGCTAATGATGGCGATTCAGGGGAG
AATGGAAAAGTAAGGTATGAACTCCAAGACGGAACAAACTTTTTCTCTATTGACAAATAC
ACAGGAGTTATTGTAACGGCAGATGACTTAGACAGGGAAATGAAGGATTCCTACACATTA
ATAGTTTTTGCATACGATGGAGCTTTTCCAGCATTGTATGACTGGTGTACAGTTGAAATC
ATTGTCCTTGACATGAATGATAATTTTCCACGTTTCGCAATGTCCTCTGAATCTGTGACT
CTGGAATCTGGTATCCCACTCTTGGTAAGTCTGGAGGTTCCGGAATATGAAAACGGTCCT
GCCTTGATACACACGGTTGTTGCGACAGACTCTGATATAGGAGAGAATGGAAAAATCAAA
TTTGTAATCTCTGATGGAAACACTGATGATCGCTTTACAATTAATTCCACAACTGGTGAA
CTCTGGACAAATACCCGACTCGACCGCGAGGAAATATCTTCGTATCGACTGAAGATAACT
GCAACTGATAACGGGACATCCACTGCTAAAAGCAGTGATGCTTATGTTGACGTTTCTGTC
TTAGATTGGAATGACAATGATCCTGCATTTTCGCAATCATCATACCGTGGCTCAGTCAGT
GAAGGATTACCAATTGGCCAGTTTGTGTTGACTGTACATGCAGATGATCCTGACTCAGAA
TTGAATGGTGAAATAAATTACTCTGTAGATTCTGGTTCTGAAGGAGATGTTTTATCTTCA
AATAAAGGATGCTTCTCAGTTGATCCACAAACAGGAGCAATCACAACGACATCCATCCTT
GATAGAGAAAAGAAAAAGCAACATCAGCTTATAATACAGGCAATGGATTCTGCACCATAT
GGTCCAAGGAAGAGCTCAGTGACAGTTATAATAGATGTCAATGATATCAACGATAATTCC
CCGATATTTGACGAAAAACTGGTTGAAAGAAACGTGACTGAGTCTATAAAGATAGGAGCA
GAGGTTGCACGTGTCCAAGCACAAGATAAGGATGAAGGAGATAATGGAACTGTATTTTAT
CAAATTACCGGTGGAAACACCTTACCGTTTGGATCTGGAACAGGCAAATTTCACATTAAT
AATGACGGTCGCATCACAACTACTGGCAGCCTCGCAGGCACCTATACTTACTACTTGAAT
GTAACTGCACATGATAACGGAAATCCAACAAGAACTTCTGATGCTGTTGTTATTCTTAAT
GTTGCTCCCTTAGATATTCCAAACTTTTCAAGAATCCAGTTTTTAAAGTCAGTTTACAAG
GTCGACATTCCTGAAACAGTGCAGAAAGGAGATAGGGTAACACAGGTTGAGGCAAGGCTT
TACAATGATGAAAGTGAAATAGATGAGTCAGATTCAGTCAGTGTAGGTTACAGCTTTCCT
TCTGGAAATGAAGATGGAACATTCTCTATAAGTTCTGCTGGAATAATCACAATCAAAGAT
CCTTCATTTCTTGATTATGAAGAGTTGCCTAGTATCCACTTGATTGTTAGAGCAGCTGCT
ATTCCAGCCAATGGACAAGGGGTAACATACGATTACACTACAGTTTATGTTAATTTGGAA
GATGACAATGATAATGCTCCACAGTTTGCTCAAGATCGCTATGTTACTAAAGTGTGGGAA
CAGCAAGATGCTGGAATTTATGTTCTCCAGGTGTCAGCTCATGACATAGATAGCAATGGA
AATGGAGAAGTTCGGTATTATATCAATTCTGGAAATGTAGATCAATCATTTCAAGTCGAT
CCGCTGACAGGAATCGTAACAACTGCATTAACATTGGATAGAGAAATCCATCAGGAGTAC
AAACTAATTGTTCATGCCTATGATCTTGGCGCTCCAAGAAGGACAGGTTCGTGTACTTTG
AAGATCTCCATAGTGGACATCAATGATCACAAGCCAACGCTGACAGTTCCATCTGGGAAC
GCTCCACTGAATATTCTTGAAAGCCTAGATATTGGATCTATGATAACTCGAGTGACCGCA
AACGACCCTGATTCTGGATCGGAGATCACATTTGCCCTCAATCCTAATGCAGATGAAACA
CATAAATTTTTCTTCATTGATAGATTCAGTGGGAAAATTTATTTGGCTGAAGAAGTTGAT
TATGAAACTATGCATGATACAACCATAACTGTCACAGCCAGTGATGGAACGTTCACCGAT
AATGCTGATATATTAATCAATCTGATTGATGAAAATGATAATGCTCCAGAATTTATATTG
AAATCATATCAGGCAAGTTATTACCATTACCTCGCTTACGTCGAATTCGAAGTTAATTTT
GTTCAGGCTACTCTTGATGAACTCTCACATGTTAATACATCTGTAATACGAGTGGAAGCG
ACCGATGCAGATTCAGAAGACAATGGACTCGTTAGTTACAAACTTATTGATACTCTTCCA
AAGAAACCGATGTTCGTTGTGGATTCAGTAACTGGTGTCATCTACACTAATATGACAGAA
GCATTCAATCCCCAAACCTCAATATACAATTTGATTATTCAAGCTGAAGATCATGGTGTG
CCGCCGCTACATACTTCAGTTTCTGTTCGGGTTCAGATTGAAGATGTTAACAACTTTCCA
CCAGTTTTCAGTCAAGAATCTTACGAAGCCAGTGTAAGTGAAGCAGCCGAGCGTGACACC
CACGTGATCAACATCACTGCGACAGATGCTGATTTTTCAAAAGAAAACCGTTATGTTTTC
TACGAAATAAGTGATGGAAATGTAAATGATGCTTTCAAAGTCATCACACACACTGCCTCT
GGTGGAGAAAACACTGTCGGTGAGGTTGTAGTTGCAGGCGACCTTGATAGAGAGACTGTA
TCAGCATATCTGTTGACTATAAGAGCTTCAGATCAAGGAACTCCAAGAATGATGAGCGAA
AAGAATGTCTTGGTAAAAATAAAAGACGTGAACGATAACCAGCCAGTTTTCAACCAAACT
TTGTACAAAGGAGAGATTTCAGAACACGCGAAACAAGAACCTGTCCTTATGGTATTCGCT
TCTGATCCTGATTCATCTTCACATTTTATATTCAAAATCACATCTGGGAATGATGACGCA
GCATTTGACATAGGGGAGTGCATCCCTTCTTCTGAAGGATGTGCATTGATATCTGCCAAG
ATATTAAACTATGAAGAAAAGTCTCAATACAAACTGGCAGTTCAAGTTTGGGATGACAGG
GACACATCATCTGCTCGATCTTCTGTGGTTCCAGTGATAATAGACCTTATGGATGTGAAT
GAACATACTCCACACTTCCCTATTCCATTTAAAAATGCCAAAATTGATGAAACCATGCAA
GCAAACCAGTCGCTGTTTAGCGTTACGGCCTTAGATGACGACGGTGGATTTTATGGAAAG
ATCAATTATTTTATCTCAAGGGAGGGTAACAATGAATTAGACGAAGGATGTCTTCCTGCC
TATGAAATGTTTGAGGTCATTCAGGAAACTGGGGAAGTTAAATCTCGTCATGACTTTGAT
TATGAGTCATGTAAGCAGTATAGCTTTTATATCGGAGCGCAAAATAGCGTTGGTACTGGA
GGAGCCACAAAAACAATGAAACCCAGTTTCCTACTCATTTTCATTGAAGTCAATCCTATT
GATGAATATCCTCCTGCCTTTGCTGACGGAGGCATAAACCATTACAGATTTACTGTTCCT
TATGGATCAACACCCGGACATATCATCGGAGTGGTCAACGCAACCGACATGGATGCAGGC
AGCGATGGAAAAATTATCTACGAAATAGATACGGGCGACCAGGATCAAGAATTCAGAATT
AATGCAACTACCGGGGTCATAACTTTGATACGTCCGCTTGAGAGCAATAGCGATAGAATT
CTTTCTGTCACTGCTTCTTCTGGGAGGCAGAGAGTTCAGACTTTCGTTTCAATAGAAATT
ACAGGTGCTCCAGCTATTGCACCCGAAGCTCAAATTTTGGCAATAGTTTTTGGTGTTATT
GCTGCGATTGCCATAATTATTGTTCTCGTTTTGTGTCTGAAGCACAGGAGGAATAAGAAA
GCCTTAAGGTATCCTCCTGATTCAAGAACTAATGCTAGAGAAGAAACGGAATATTATGAT
CTCTCTGTGAACCGTAATGGAAATCCGGTTGCTGTTCCGAGAACAATAACTGTGAATAGT
ACTGGAAAGAATATCATGGAAAGATTATCGTCAGATTATCAGATACATAATTCAAATGGC
ATCAGCCCTCCCAATGGCAGGACGCCCACCTCTGTCTCTACCAATGGCCGAGTACACAGC
TTAGAAAATGGAATTAGATCGAAAACACTGTCCGGCAAGGCCAGCGGCCACAGTACTATT
TCCAATGGTCATTCTAGATCCGGCATGTCATCCACAACTGTCGCTGCACCCTCCGTAGCC
TATCGGATTCCAAGACACTCAATTTCGAGCGGGAGAGGATCGGATCAAGATGATGATGAG
GATGAAATTAACAGGGAAGTAGATCAAATAACGTCATCATCCGGAACCATGATGAACCAC
AGTTCTTCACCGCCAAAGCCGAAAACAAGAAGGAAATCTCCTGGGAAGGGAAGAAGCAAC
AAACCAGTGCTAGACTCTGGAATACAGCAAGACATTGATGCTTGTTCTGACATAAGCGAT
GGAGACAACAACATACGACCGGCTAGCGTGGAGAGCATCCATATATTTGGTGAGGAGGGA
GCCGGTGAGGCTCCTCTTGATCTTCAGGATATAGAAAATGATCTGGAGATAGCAAACAGT
ATGAAAAATGCAGGAGGAATATCTAGGACACCTGCATCATACAAAGATCGTTCTCTCACA
TCCAAATCTGATTTTGGTCAGGGCAGTCCCAGTTATAAGTCTCCTTTGGGAACCGAAAAA
AGTATTGGTAGTACAAGAACTAGCCGAGGAACCGAGGGTACTGACCTTGCTTACAACAGA
AGGGATCACTTGGTTAACTGGGCACCTGAATTTCAGCCGTTAGCCAATGTTTTTTCGGAA
TATGCGCGATTTAAAGAAGAGTCCTCGACGAGATCCCGCAATAGAGATAATATAGTAATG
AGGGATTTGTCTGTGGTGGATACCCTGCCATCTGGTAGTGACAACTCGCACTCCCAGGTT
CCCCCACCTTTGCTTACTTCGGTCGCAGACCAAAGAAACAATATCATTGCACCTGTGCCG
ATGGGGTACAATGTCAATAGAACTGGCAGGCAGGGATCCACTAACCCGGTTGGTTTGTAT
CCTCAATCAAACCCCCATTACATAAGAGCAAACAATAATTATCCCCAAACATCTTATCTA
CCTCCTTTATACAGCAGTTCCCATCAAAGACGCGATAATTTACCTAGTGCCACACCGAGC
AAGGCACAGGTGAGCTTTGCTAGAATGCACGGCGGCCTCGGTCAGGCATCGCTCAATTCA
AGCCAACAGGCGCTATCAGTGTCTTCACTTTCCAGAACCCCTATCAGTCACGAATCAAGC
TTTACATCTCCTGCCATGTCGCCTAATTTATCTCAATCATTAAGTCCTCTAGCAACGAGG
TCACCTTCAGTATCTCCATATACTGTTAGCGAAGGTGCGCCTGCTGGGGTGTCAGATGGC
AGTGAAACTGATCCTCAATATAGTAAATCTGTTGAAAATGAGGAACGAATGGTTCATGTT
TGA

InterProScan

Pfam
Cadherin (IPR002126) - T[6-82] 9.8E-7 - T[107-193] 1.2E-9 - T[210-297] 5.0E-7 - T[324-410] 2.9E-12 - T[424-511] 6.8E-7 - T[528-615] 5.3E-16 - T[636-721] 5.9E-19 - T[849-947] 1.6E-18 - T[964-1059] 8.7E-14 - T[1074-1163] 5.7E-18 - T[1191-1281] 3.3E-20 - T[1295-1393] 4.4E-19 - T[1411-1501] 6.8E-13 - T[1634-1724] 3.0E-18 - T[1745-1816] 4.1E-7 - T[1863-1954] 9.0E-14 - T[1968-2067] 1.2E-17 - T[2192-2285] 1.1E-9 - T[2315-2388] 2.6E-9
SUPERFAMILY
Cadherin-like (IPR015919) - T[11-93] 8.42E-15 - T[81-199] 1.44E-17 - T[202-306] 3.53E-16 - T[294-411] 1.83E-19 - T[415-522] 8.25E-14 - T[510-631] 2.75E-28 - T[618-721] 6.14E-20 - T[774-844] 2.0E-10 - T[832-961] 9.95E-29 - T[950-1062] 2.62E-18 - T[1057-1179] 5.5E-32 - T[1165-1282] 3.28E-22 - T[1284-1395] 6.67E-26 - T[1391-1501] 1.7E-21 - T[1513-1629] 1.86E-9 - T[1617-1741] 7.42E-29 - T[1744-1845] 8.11E-17 - T[1861-1956] 6.42E-17 - T[1951-2084] 1.16E-25 - T[2071-2186] 1.16E-16 - T[2174-2278] 1.57E-11 - T[2295-2390] 3.66E-13
SMART
Cadherin (IPR002126) - T[13-91] 2.0E-20 - T[116-200] 5.7E-12 - T[224-304] 3.7E-10 - T[339-417] 1.2E-15 - T[433-520] 2.0E-7 - T[544-623] 2.4E-18 - T[650-729] 6.0E-17 - T[764-842] 8.5E-8 - T[866-955] 3.2E-23 - T[978-1067] 3.1E-18 - T[1091-1170] 1.2E-27 - T[1206-1288] 1.4E-24 - T[1312-1401] 1.9E-25 - T[1425-1503] 7.4E-4 - T[1544-1627] 9.3E-4 - T[1651-1732] 1.7E-26 - T[1758-1836] 5.7E-18 - T[1878-1961] 5.1E-21 - T[1985-2075] 2.9E-20 - T[2098-2184] 1.4E-5 - T[2208-2305] 7.2E-8 - T[2332-2408] 0.0065
ProSitePatterns
Cadherin_CS (IPR020894) - T[81-91] . - T[294-304] . - T[510-520] . - T[1160-1170] . - T[1278-1288] . - T[1391-1401] . - T[1722-1732] . - T[1826-1836] . - T[2065-2075] .
PRINTS
Cadherin (IPR002126) - T[248-267] 6.3E-26 - T[317-346] 6.3E-26 - T[384-396] 6.3E-26 - T[501-520] 6.3E-26 - T[842-855] 6.3E-26 - T[905-931] 6.3E-26 - T[939-956] 6.3E-26

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
FAT4_HUMAN 29.786 % 738 0
PCD16_HUMAN 31.946 % 1000 0
PCD23_HUMAN 30.691 % 906 0