Salmo trutta (river trout): 115187355 Help Entry 115187355         CDS       T08542                                  Name (RefSeq) protocadherin-18-like isoform X1   KO K16499   protocadherin delta 2 Organism stru  Salmo trutta (river trout) Brite KEGG Orthology (KO) [BR:stru00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:stru04515]     115187355 Cell adhesion molecules [BR:stru04515]  Cadherins   Protocadherins    115187355 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Cadherin Cadherin_2 MpPF26 Motif Other DBs NCBI-GeneID:  115187355 NCBI-ProteinID:  XP_029602279 Ensembl:  ENSSTUG00000021846 LinkDB All DBs Position Unknown AA seq 1180 aa AA seqDB search MEPGKIICVFYIRIWILLAVMALATQNVTGKTLKYQVYEEQKVGTVIARLKDDVADVLVK LPSSVSLRFRAMQRGSTSFLSVREQDGEISIRSKIDREKLCEKNLNCSIEFDVLTLPTEH LQLFHVEVEVLDINDNAPQFARAVIPIEISESAAVGARIPLDSASDPDVGENSLDTYSLE PNNYFKIDIQSRTDGAKYSELVVLRELDREMQPGYELQLTASDKGVPPKTGSTLLRISVA DSNDNSPIFEQSSYVIHLLENSPVGSLLIDLNATDADDGTNAKIIYSFSSHVSPKIVETF KINSDNGHLTLMKRVDFESATSYDIDVQAQDMGPNSMPAHCKIFIKVVDINDNKPDISIN LMSQGDRGKEDAAYISEAAPLDSFVALVRVEDLDSALNGEVVCKLHGQGSFKLQKTYENN YMILTNVSLDREKRSEFSLTVIAEDRGTPSLSTIKHFTVHVLDENDNAPRFQKGRYEVFR SENNAPGAYLTSLLATDPDLDANSQVSYFLVENTVHGSSISTFVTIDPSNGAVYALRTFD REDVSRISFVVQAKDAGEPSLLSNATVVLTILDENDNPPVIVVPQLWNLTADVPISKFTE AGGLVTVVRATDRDTGVNAELTCSITAGNEEGFFSMDPRTCEISANVSLDAFPREFAELT VLVSDHGSLPQTTKAVLKISLYENMEGHVQVLDQGETPLDASLIIIMSLGAICAMLLVIM VMFAARCNREKNDNRKSYNCRVAETNHQHHPKKPSRQIHKGDITLVPTVNGTLPIRAHHR SPSATPPMDRAPMGSRQSHHSHQSLNSLVTISSNHIPESFALELAHATPPVEQVSQLLSM LHQGQYQPRPCFRGNKYSRSYRYALQDMDKFSLKDSGRGDSDAGDSDYDMGRESPIDRLL GDGFSELYHLDMLHRLHPAMRLCTEECRVLGHSDQCWMPPLALSLSSPASSSSDYRSNMF IPGEESSNQPPHLLDDDQASIDSSERRKSFSTFGKESGSSEEGGVSEGSSLLSEMNGIFQ RLLPPSLDSYAECNENNVAAAATERGSGKGGHAKVLLPGGNNTKGPASYPAGVAAWAANT HYLNPGGGAVGQSPSSHNTNNLTNMAASSTSSSSSNQPPHLRWLPAMEEIPENYEEDELE SMLGMGFLGGKQRSDSHDDMMDASELVTEINKLLQDVRQT NT seq 3543 nt NT seq  +upstreamnt  +downstreamnt atggaacctggtaaaataatctgcgtattttatatccgaatatggatacttctcgccgtt atggcactggccacgcaaaacgtcacaggtaaaacattaaaatatcaagtttacgaggaa cagaaggtggggactgttattgcacggcttaaagatgacgtggctgatgttttagtcaaa cttccaagttctgtgtctttgcgcttccgagccatgcagagaggtagcacgtctttccta tccgtgcgcgagcaggacggagagatcagcatccgttccaaaatagacagagagaagctc tgcgagaagaacctcaactgttccattgaattcgacgttctgactcttccaacagaacac ttgcagctcttccacgtcgaggtggaagtgttggacattaacgataacgcgccccagttc gcccgcgccgtaatccccatcgagatctccgagagcgcggcagtgggggcgcgcattccc ctggacagcgcgagtgaccccgacgtcggggagaactccctcgatacttactccctcgag cccaacaactacttcaagattgacattcagagcagaacggacggggctaagtactcggag ttggtggtgcttagggagctcgacagggagatgcagccgggttatgaacttcagctgacg gcctcggataagggcgttccccctaaaaccggttctactctcctcagaattagcgtggca gattcaaacgacaacagtcctattttcgaacagtcgtcatatgtgatacatctattggag aattcacctgttggatctcttcttattgatctgaatgcaactgatgcagacgacggaacc aacgccaaaatcatctactcctttagcagtcacgtgtccccgaaaatcgtggaaacgttc aagatcaactcggataacggccacctgacgctcatgaagcgcgtggactttgaaagcgca acatcatatgacatcgatgtccaagcccaggatatgggccccaactccatgccagcacac tgcaagatcttcatcaaggtagtggacataaacgacaacaaaccagacatcagcatcaat ctgatgtcccaaggggacagaggcaaagaggacgcagcctatatctcagaggccgctcca ttggattccttcgtggccttagtaagagtggaggacctagattccgctctcaacggagag gttgtgtgtaaactccatggccaggggagttttaaactacagaagacgtacgagaacaac tacatgatcctcactaacgtctcgctggaccgggagaagaggtcagagttcagcttgacg gtcatcgccgaggaccgcggcacgcccagcctctccaccatcaagcactttaccgtgcac gtgctggatgaaaacgacaatgctccgcgcttccagaagggacgctatgaggtattcaga tcagagaacaatgcccctggtgcctacctgacgtcattattggcaaccgaccccgacctg gatgccaacagccaggtgagctacttcctggtggagaacaccgttcacgggagctctatc tccacctttgtcaccattgacccgtccaacggcgctgtttacgccctccgcacgttcgac cgcgaggacgtcagccggatatccttcgtagtccaggccaaggacgccggggaaccctcg ttgctgagcaacgccaccgtcgtcctgacgatcctggacgaaaacgacaacccgccggtc atcgtggttccgcagctctggaacctcacggccgacgtccccatctccaagttcaccgag gccggtggcctggttacggtcgtcagggcaaccgaccgagacaccggcgtcaacgcagaa ctcacatgttcaatcactgccggcaacgaggaaggcttcttctctatggatcctagaacg tgcgagatcagcgccaacgttagcctcgacgcgtttccccgcgagtttgcggagctcacc gtcctggtcagtgaccacggttccttgccccagaccaccaaggccgtcctaaagatcagc ctctatgagaacatggagggccacgtgcaggtgctggaccagggggagacgccgcttgac gcctccctcatcatcatcatgtccctgggggccatctgcgctatgctcctggtcatcatg gtcatgttcgctgcccgctgcaaccgagaaaagaacgataacaggaagtcgtacaactgc agggtggcagagaccaaccaccagcaccaccctaagaaaccgtcacggcagatccacaag ggtgacatcacacttgttcccacggtgaatgggactctaccaatcagagcgcaccaccgc tcaccctcggccacgccccccatggaccgggcgccaatgggaagccggcagagccaccac agccaccaatcactgaatagcctggtgacgatatcgtccaatcatatcccggagagcttc gccctggagttggcccacgcaacgccaccagtcgagcaagtctcacagcttctgtccatg ctccatcagggccagtaccagcctagaccctgtttccgtggcaacaaatactccagaagc tacaggtatgcattgcaggacatggacaagttcagcttgaaggacagtggtcgtggggac agcgatgcgggggacagcgactatgacatgggacgagagtcccccatcgaccgtctgctg ggggatggcttctctgagctctaccacctggacatgctccacagactacacccagctatg cgcctatgcactgaggagtgtcgtgtgttgggccattctgaccagtgctggatgcctccc ctggccctctccctgtcctccccggcctcctcctcctctgactaccgcagcaacatgttt atcccaggggaggagtcctctaaccagcccccccacctccttgatgacgaccaggcttcc atcgactcctcggagcgcaggaagagcttctccaccttcgggaaggagtctgggagttct gaggagggaggggtcagtgaagggagttccttgctttcggagatgaacggaatcttccag cgcctgctcccgccgtcactggactcgtacgccgagtgcaacgaaaacaacgttgctgcc gcggcaacggaaagaggaagtggaaagggtggccacgccaaggtgctgttaccgggcggc aacaacaccaaaggccccgcctcctacccggcgggcgtggcggcgtgggcggctaacacc cactatctcaaccccggaggcggcgctgtcggccaaagcccatcaagtcacaacaccaac aacctcaccaacatggccgcctcgtccacctcctcttcctcctccaaccagccgccacac ctaagatggctgcctgccatggaggagatcccagaaaactatgaggaggatgagctggag agtatgctagggatggggttcctgggggggaagcagcgcagtgacagccacgatgatatg atggacgctagtgagttggtcaccgagattaataaactactgcaggacgtcaggcagacc tag

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