Paramormyrops kingsleyae: 111835013 Help Entry 111835013         CDS       T05788                                  Name (RefSeq) protocadherin-19-like isoform X1   KO K16499   protocadherin delta 2 Organism pki  Paramormyrops kingsleyae Brite KEGG Orthology (KO) [BR:pki00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:pki04515]     111835013 Cell adhesion molecules [BR:pki04515]  Cadherins   Protocadherins    111835013 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Cadherin Cadherin_2 PepSY DUF7350 Motif Other DBs NCBI-GeneID:  111835013 NCBI-ProteinID:  XP_023650660 Ensembl:  ENSPKIG00000021307 UniProt:  A0A3B3QBG8 LinkDB All DBs Position Unknown AA seq 1094 aa AA seqDB search MSSAEMDFIQILLIALLFWPGADAVINLKYSVDEEQRAGTIIANVAKDAKDAGFVVDPRQ PSLRVISNSEPHWVDISPAGLLITKQKIDRDAACRQNPKCYISLEVMSNSMEICVIKIEI KDLNDNAPRFPTDHIDIEISENASPGTRFPLEGANDPDSGTFGVQTYEITPNDLFGLEIK TRGDGSKIAELVVEKMLDRETQSHYTYEITAVDGGDPPKYGTVQLNIKVVDSNDNNPVFD EPVYTVNVMENAPINTVVIDLNATDPDEGTNGEVVYSFNSYVAEKTRDVFKIDPRTGVIT VSGVLDYEAMHIYEIDVQAKDLGPNSIPAHCKVTVNVMDANDNVPVISLLSVHSEIVEVS ENAPLGYVIALVRVSDKDSGANGKVQCRLQGNVPFRLQEYESFSTILVDGRLDREQRDTY NLTIQAEDSGIPSLKTTKSFVVKVTDENDNPPHFTKPHYQEMILENNTPGAYLLSVSARD PDLGLNGTVTYQIVPSQVRDMPVFTYVSINPNSGDIYALRSFNHEHTRTFEFKVLAKDGG NPSLSSNATVRIVVLDVNDNTPVMTTPPLVNGTAEVSIPRNAGVGYLVTQVKADDYDEGE NGRLTYSISEGDRAFFEIDQVNGEVRTTRMFGENAKATYEITVVAHDHGKTSLSASAFIV IYLSPDLNTQESMGPVNLSLIFIIALGSIAAILFVTMIFVAVKCKRDNKEIRTYNCSFFY LHRVAEYSYGSQKKSGKKKKLSKNDIRLVPRDVEETDKMNVVSCSSLTSSLNYFDYHQQT LPLGCRRSESTFLNVESQNSRNAAPNHGYHHTFTGQGPQQPDLIINGMPLPETENYSMDS SYVNSRAHLIKSTSTFKDLEGNSLKDSGHEESDQTDSEHDVQRGLYADTAVNDVLNMSLP PGGSQHPEQETVESFHCQDECRILGHSDRCWMPRVPMPARAKSPEHGRNVIALSIEATTV DVPHYEDCGTKRTFATFGKDGPEETERAEPKGKRTAEASACSPKANGAVREAGNGREAVS PITSPVHLKSPLSKPPSTYGTLKCRDAERIANHSLLRQPEGKDSEPAVREVNQLLQDGRD KDSPSSKRLKDIVL NT seq 3285 nt NT seq  +upstreamnt  +downstreamnt atgagctctgcggaaatggattttatacaaattctcctgatagctcttctgttctggcct ggggccgatgctgtcattaatctgaaatactcagtagacgaggagcaaagagcggggaca atcattgcaaatgttgcgaaggatgcgaaagatgccggatttgtggttgatccccggcaa ccgtcactgcgagtcatttccaattcggagccgcattgggtggacatcagcccggctggg ctcctgatcaccaagcagaaaattgaccgggatgcagcctgccgacagaacccgaagtgt tacatatctttggaggttatgtccaactcaatggaaatttgcgtgattaaaatcgaaatt aaggacctcaatgacaatgcccctcgcttccccacagaccacatagacattgaaatttct gagaacgcctcccctggcacccggtttcccctagagggggcaaacgatccggattcaggt acttttggcgtgcagacctacgagatcaccccaaacgatctgttcggactggagatcaag actaggggagacggctctaagattgccgagctcgtggtggaaaagatgctggacagagaa acacagtctcactacacttacgagatcactgcggtagacgggggggaccctccgaagtac ggcacggtgcagctcaatattaaagtcgttgattcaaacgacaacaatccggttttcgac gagcccgtctatacagtaaacgtgatggagaatgctcccatcaacacggtggtaattgac ctaaatgccaccgaccccgacgaaggtacgaacggcgaggtggtgtattccttcaacagc tacgtggccgagaagacgcgggacgtgttcaaaatcgacccccgaactggcgtgattacc gtcagcggggttttggactacgaagccatgcatatttatgagatcgatgttcaagccaaa gatctgggtcccaactcgatcccggctcactgcaaagtgacagtgaacgtaatggacgcg aacgataacgtgccggtaattagcctgctgtcggtgcacagtgagatagtggaggtgagt gagaatgcacctcttgggtatgtcatagcattagtgagggtttccgacaaagactcgggg gccaacggaaaggtgcagtgcagactgcaaggtaacgtccccttcagactccaggaatac gagagcttctccactatacttgttgatgggagactggacagggaacagagggacacatac aaccttacaatccaagccgaggacagcggaatcccctccctaaaaaccaccaagtcgttt gtggtcaaagtgaccgatgaaaatgacaacccccctcactttaccaagccgcattaccag gaaatgatcctggagaataacactcccggtgcttatttgctttccgtatcggcccgggat cccgacctgggcttgaacggcaccgtcacctaccagatcgtgccatcccaagtaagagac atgcccgtgttcacctacgtgtccataaatcccaattccggcgacatctacgccctcagg tccttcaatcacgaacacaccaggacatttgagttcaaagttttggccaaagacgggggg aacccgtccttgtccagcaacgccacggtgaggatcgtcgtcctggacgtcaacgataac acccccgttatgaccaccccacctctggttaacggtaccgccgaggtgtccatcccgaga aacgccggggtgggttatttagtaacacaggtgaaggcggacgactatgacgaaggcgag aacgggaggttaacctactccatctcggagggggaccgggccttctttgaaatcgatcag gtgaacggcgaggtccggaccaccaggatgttcggggagaacgccaaggccacctacgag atcaccgtggtggctcacgaccacggcaagacctcgctgtccgcctcggctttcatcgtc atctacctctcgccggatctgaacacgcaggaatccatgggaccggtgaacctgtcgctc atcttcatcattgctctgggctctatcgctgccatcctgtttgtcacgatgatatttgtg gctgtcaagtgcaaaagggacaacaaggaaattcgaacttacaactgcagtttcttctac ctgcacagggtggcagagtactcttacggcagccagaagaagtccggcaagaagaagaag ctcagcaagaacgacatcagactcgtcccccgcgatgtggaggagaccgacaagatgaac gtggtgagttgctcttctctcacctcctcgctcaactacttcgactaccatcagcagacc ttgccgctgggctgcaggcgctcggagagcaccttcctcaacgtggagagccagaactca cgcaatgccgcccccaaccatggctatcatcataccttcactgggcaaggcccgcagcag cctgacctcatcatcaacggcatgccgctgccagagacggagaattattccatggactcc agttatgtaaatagcagagcgcaccttattaaaagcacatcaacattcaaggacttggaa gggaacagcctgaaggacagcgggcacgaagagagcgaccagacggacagcgagcacgac gtccagagaggcctgtacgccgacacggccgtcaatgacgtgctgaacatgagccttcca ccagggggcagccagcatcccgagcaagagaccgtcgaaagtttccactgccaggacgaa tgccggatcctgggccactcggaccgctgctggatgccccgtgtacccatgccggctcgt gccaagtccccggagcacggccgcaacgtcatcgccctgtccatcgaggcgaccaccgtg gacgtcccgcactacgaggactgcggcaccaaaaggacttttgccaccttcggcaaggac ggacccgaggagacggagcgggccgagccaaagggcaagaggacagccgaggcctcggca tgcagccccaaggccaatggtgccgtccgtgaagccggcaacggccgggaagctgtaagt cccattacctcccccgtgcacctcaagagtcctctgtccaagcccccctcgacttacggc acgctgaagtgtcgggacgcggagaggatcgccaaccacagcctactgcggcagcccgag gggaaggacagtgagccagccgtgcgtgaggtcaaccagctactgcaggatggtcgcgac aaggattcccccagtagcaagcgactcaaagacatcgtcctataa

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