Plutella xylostella (diamondback moth): 105389988 Help Entry 105389988         CDS       T03915                                  Name (RefSeq) cadherin-99C   KO K16500   protocadherin-15 Organism pxy  Plutella xylostella (diamondback moth) Brite KEGG Orthology (KO) [BR:pxy00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:pxy03037]     105389988    04515 Cell adhesion molecules [BR:pxy04515]     105389988 Cilium and associated proteins [BR:pxy03037]  Primary cilia and associated proteins   USH complex and associated proteins    105389988 Cell adhesion molecules [BR:pxy04515]  Cadherins   Protocadherins    105389988 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Cadherin Cadherin_FAT4_N Cadherin_CELSR2_9th Fibulin_C PepSY He_PIG Big_9 Big_5 Motif Other DBs NCBI-GeneID:  105389988 NCBI-ProteinID:  XP_048489544 LinkDB All DBs Position 6:2430467..2525250 Genome browser AA seq 1612 aa AA seqDB search MARWIALVRNGRAQMFILLFCWLHLAETAPGPCEVETGQSSIIVDIEESLGNQVNQSTVP AELPLAGSPGVDVALSAVFPKGPALFQLDGKRLQLLQPLDRDPGNLSHMVFQLVCQVIAT KKRRTIPVIVRVSDINDSEPVFVDTPYETTISELTPIGTTIFNNIKAVDQDAGVNGLAEY FIVPGDNETLRANNAEDGYGYFSIALPHQGQVTVNRTLDYERTQQYLVTIVASDRARDTK KRLSSTTTLTVNVKDDDDQDPSFIYKGCSLHEGACINPEYSSYVNSGVLAGLLSIEPEKI QAVDMDTLDARIRYSIESGEPDVWDDYFAIDPNSGAVRQLVAVDTSVAKKFVLVIKAEEV SPSRRFTTAKLTVTVRPVDASPPIVQATADEGEVMENSVKGTRVLDRQGEAVRLSVSDPD LGPGDIIPEYTYELTTNYFDIDGEGFLVVNDEKLDRDPPNPDKFRFQVVAREANGGAASA PLSLAVQLLDENDNAPVIRKTQPVTVSASLDPAPVYKVEAVDIDAGENARVTYSIYHVSN NGGNKFTIDPQTGVISSTGRLQAGEQYSVTVTVKDAGGLSSTGIIELAVAPGPNTRPPVF SARDYHAQVSEGAAINSTVVAVTAKDPENEAVSYAIVSGNDLRQFGIGSTTGIITVIRKL DREVLTRYQLMIKAEDPGKLASTATVNIKVTDINDNNPEFERDSYLFNVKEGLTGEFVGY VHASDADEGVNAQLSYNVPAHLPFSVDNVTGMISTNSELDYENIKEYAFVVTATDGAPDK RLGTASVTVQVLDVSDETPRFSKTLYSVHVPENAANYPVVKVEAEDPDTIPEITYTILRG DTELFSIDRKSGMIRTNLPLDRETTARHEIIVGTEENNGNDDGDTTMVEVIVDDKNDNSP IFTSAIRPITVEDSSSIGSHVETVIATDADATAPNNRIRYKLVGRGKASKYFHVEPDTGA LRVRDDLRKEADSEYTVDVQAYDQGEPVMSSVTSLTVYVSHSATVPPDVGLGFADTDYTE HVAENSPNGTLVRILPLLNKRAHSKDTPLKCRLTDSSQQGVFYVILNDDRDCAIYLNSSS LDYEAVNEYYLEVQLESIKGLINPDSSKANIKVHVTDVNDNAPYFVFPDQSSIAAAKGKY FGIVTKDMLLGTNVLQVKAKDKDSSDFGKIEYQKNSWTKITEEYFSLDPDTGIISNIKTL ENVPSGILPFKFSVTARDNPNSASDYNVARAAVVINLLQKDNQLVLEIADMNPDLVRRQS RSILSAIEDKTGLVAGVEKLTSRHFIGENGTLEKDDKGTDVWWFLIDPNTGEILTRESKK VKKAIDTGIRKSIAAQLQSPVSDVRPPLTTPTPPRVTHAAAPLASALPAALLALAALVLV AASAATVYICASWNRYKRHKQQELRQYGTLSASLPPRPPSAYESEDNDPAPRYETQVLNM AVVDNDLQLDFSPNNHAFNIHAVQYLTKENGERSPTLSETATTARASSVNENTLNNSHDK TYNTIDISRNTQTLNRRAHPHANMNNHLNNALGTLPRANNNVNNGGLLAATLGRKIGANN NNNKRKSQPIMAYDEIPGLQRASENDNVTFGKRNFVAFDHYDQSPVETTTEL NT seq 4839 nt NT seq  +upstreamnt  +downstreamnt atggcgcggtggatcgcgcttgtcagaaatggtcgtgcacagatgtttattctcctcttc tgctggctgcacctcgcagaaactgctcctggtccgtgtgaggtggagacgggacagtcc agcatcatagtagatattgaagagagtttaggcaatcaagtaaaccaaagcacagtccca gcggagctgcccctggcgggctcgccgggggtggacgtggcgctcagcgcggtgttcccg aagggcccggctctgttccagctggacgggaagcgcctgcagctgctgcagccgctggat cgggacccggggaatctgtcgcacatggtgttccagttggtgtgccaggtgatagcgact aagaaaaggcgcactataccagtcatcgtgcgtgtgtcggacatcaacgacagtgagcct gtgtttgtcgacactccgtatgaaactaccatttctgagttaacaccaatagggacgacc atattcaacaacatcaaggcagtcgaccaagatgcgggcgtgaacgggctagcagagtac ttcattgtaccaggagacaatgaaacgctaagagctaacaacgcagaagacggctacgga tacttctccatagctctgcctcatcaggggcaggtcaccgtcaacaggacgctggattac gaacgcacgcagcaatatctagtcactattgtagcttctgaccgtgcccgtgataccaag aagcgtctgtccagcaccaccacactcacagtgaacgtgaaggacgatgacgaccaggac ccgtcgttcatctacaagggatgcagccttcatgaaggggcttgcattaatccggagtat tctagttatgtaaacagcggcgttttagccggcctcctctccatagagccagaaaagatc caggcggtagacatggacaccctcgacgctcgcatccgatacagcatagagtcaggagag cctgatgtgtgggatgattacttcgctattgatcccaatagtggggctgtgaggcaatta gtggctgttgatactagtgttgcgaagaagtttgtgctggttattaaggcggaagaagtc tccccctcccgtcgcttcacaaccgccaagctcacagtcacagtgcgtccggtcgacgcc agccctcccatagtgcaggcgacagctgatgaaggagaggtcatggagaatagcgtgaag ggaaccagggtgctggatagacagggggaagcggtgcgactgagcgtcagtgatccggat ttgggtcccggcgacataataccagagtacacgtacgagctgacgaccaactacttcgac atcgacggcgaagggttcctcgttgtgaacgacgagaaactagaccgggatccgcccaac ccggataaattcagatttcaggtagtagctcgagaagcgaacggcggcgccgcctcagcc ccgctctcgctcgcagtgcagttgttggatgaaaacgacaacgcgcctgttattaggaag actcagcccgtcaccgtgtccgctagtttggaccctgcgcccgtttataaggtggaagca gtagacatagacgccggagagaacgctcgcgtgacctacagcatttaccacgtgtccaac aacggagggaacaagttcaccatcgacccgcagactggcgtcatttccagcacaggtcgc ctgcaagccggcgagcagtactcagtgacagtgacagtgaaggacgccggcggcctttcg tctaccggcatcatagagttggcggtggctcctggccccaatacaaggccgccggtgttc tctgcgcgggactaccacgcgcaggtgtcggagggcgccgccatcaactccaccgtcgtc gctgtcactgcgaaagacccagagaacgaagcagtaagctacgccatagtgtcaggcaat gacctgcgtcagtttggcatcggatctactacgggcatcatcactgtcatcaggaaactc gaccgagaagtgttgaccagataccagttgatgataaaagcagaagacccgggcaagctg gccagcacggccaccgtcaacatcaaggtcaccgacatcaacgacaacaaccccgagttc gagcgggactcctacttgttcaatgtcaaagaaggtctaacaggcgagttcgtaggctac gtccacgcgagcgacgcggatgaaggagtcaacgctcagttgtcgtacaacgtgccagct catctgccgttcagtgtggacaatgtcactgggatgatcagtacgaatagtgagctggac tatgagaatattaaggaatacgccttcgtagtgaccgcgaccgacggcgcgccggacaaa cgactaggaactgcctccgtgaccgtacaagtgttagacgtgtctgacgagacaccccgg ttcagcaagactttgtactctgtgcatgtgccggagaatgcggctaactacccggtggtt aaggttgaggcggaagacccagacacaatcccagagataacctacacaatactgcgtggc gacacagaactattctccatagatcgcaagtcgggcatgatccggaccaacctgcctcta gacagagagactacggccagacatgagattatagtcggcactgaagagaataatggcaat gatgacggagatacgaccatggtggaagttattgttgatgacaaaaacgacaactcccca atcttcacatcagccatccgaccaatcacagtcgaggattcatcctcaatcggcagccat gttgaaacagtaatagctacggacgccgacgccactgcccctaacaacaggattagatat aaactggttggacgagggaaagcttccaagtatttccatgtagagcctgatacgggggct ttgagggtgcgagacgatttgaggaaggaggctgatagtgaatatactgtggacgtacaa gcgtacgatcaaggtgagccggtgatgtcgtcagtcacaagtctgacggtctacgtcagc cattccgctaccgttccgcccgatgtgggcctaggcttcgcagacacggactacacagag catgtggccgagaactctccaaatgggactctagtacggatcctgccgctgctgaacaag cgcgcccattctaaggataccccgctgaagtgcaggttgactgactcttcgcaacaagga gtattctacgtgatactaaacgacgaccgagactgtgctatctacctcaactccagctca ctagactacgaagctgtcaacgaatattacttagaagtccaactagaatctatcaaaggt ctcataaacccggatagcagcaaagcgaatatcaaagtccatgtgacagatgtcaatgat aatgccccgtactttgtttttcctgatcagtcgagtattgcggcggctaaggggaaatac tttggtattgttactaaggatatgctgctcggaaccaacgttttgcaagttaaggcaaaa gacaaagacagcagcgatttcggcaaaatcgaataccagaagaactcctggactaaaata actgaagagtacttcagtctagatccagacaccggcatcatcagtaatatcaagacttta gagaacgtccctagcggtattctgccgtttaagtttagtgtgactgcgagggacaaccct aatagtgccagcgattacaatgtggctagggctgcggttgtgataaacctgctgcaaaag gacaaccagttagtcttagaaatagccgacatgaatccagacttagtccgcagacaatcc cgaagcattctctcagccatcgaagacaaaaccggtttagtcgccggcgttgagaagcta acttcaagacactttattggggaaaacggaacgttagagaaagatgataaaggcactgat gtctggtggttcttgattgatcctaatacgggagaaattctgacgagggaatcgaagaag gttaaaaaagcaatagacaccggcatccgcaaatccatagccgcccaactgcaatcccca gtcagcgatgttcgcccgccgctgaccacgccgactcccccgcgagtcacccacgcggcc gcgcctcttgcttcggctctaccggctgctttgctggcgttggcggccctagtgttggtc gctgcgagtgcggctacggtgtatatatgtgcgtcttggaacagatacaagcgtcacaaa cagcaagagctgcgccagtacggcacgctgagcgcgagcctaccgccgcgcccgccctcc gcctacgagtcggaggacaacgaccccgcgcccagatacgagacccaggtgttaaacatg gcggtggtagacaacgatctgcagttggacttcagtcccaacaaccacgccttcaatata cacgcagttcaatatcttactaaggaaaatggtgaacgcagtccaaccctttcagaaacg gccaccacagcccgcgcttcaagcgtcaacgaaaacacactcaacaactcccatgacaaa acgtataacaccatcgacatatcccgaaacacgcaaacattgaacagaagagcgcatcca cacgcgaatatgaacaatcatttgaacaacgcgctgggtacgttgccgcgggctaataat aatgtgaataatggcggtttgctagcagcgacactgggaaggaagattggtgcgaacaat aataataataagagaaagagtcagcctattatggcgtatgatgagattcctggactgcag agggccagcgaaaatgacaatgtgacattcggtaaacgaaactttgtcgcattcgaccat tacgaccaatctccggtagagactactacggaactatag

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