Oreochromis aureus (blue tilapia): 116333747 Help Entry 116333747         CDS       T07295                                  Name (RefSeq) B-cadherin-like   KO K05689   cadherin 1, type 1, E-cadherin Organism oau  Oreochromis aureus (blue tilapia) Pathway oau04371   Apelin signaling pathway oau04514   Cell adhesion molecule (CAM) interaction oau04517   IgSF CAM signaling oau04518   Integrin signaling oau04519   Cadherin signaling oau04520   Adherens junction oau05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:oau00001]  09130 Environmental Information Processing   09132 Signal transduction    04371 Apelin signaling pathway     116333747   09133 Signaling molecules and interaction    04514 Cell adhesion molecule (CAM) interaction     116333747    04517 IgSF CAM signaling     116333747    04518 Integrin signaling     116333747    04519 Cadherin signaling     116333747  09140 Cellular Processes   09144 Cellular community - eukaryotes    04520 Adherens junction     116333747  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     116333747  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:oau03036]     116333747   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:oau04515]     116333747    04090 CD molecules [BR:oau04090]     116333747 Chromosome and associated proteins [BR:oau03036]  Eukaryotic type   Centrosome formation proteins    Other centrosome associated proteins     116333747 Cell adhesion molecules [BR:oau04515]  Cadherins   Major cadherins    116333747 CD molecules [BR:oau04090]  Proteins   116333747 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Cadherin CADH_Y-type_LIR Cadherin_pro Cadherin_FAT4_N Ig_CLSTN Cadherin_2 Antig_Caf1 Motif Other DBs NCBI-GeneID:  116333747 NCBI-ProteinID:  XP_039477710 UniProt:  A0A668VMG2 LinkDB All DBs Position LG13 Genome browser AA seq 905 aa AA seqDB search MGTALFAVFGALIVVFQVSALEIANRPTCVPGFEPELLIFRVSRERLRQGMRLGKVGFSD CTERTVFLFSTDDSHFTVKADGTLTVNREVVLHKGHQNFFIHSWDSQGHKITVPVSVVHP EHHHRHHHGKHHHGDHTNFNIQHHSTEVDSINHTENATEPQVPVLQFSKSGGGLRRRKRD WVIPPLNVPENQRGTYPLKVAQIRSNEDKARKLFYSITGPGADLPPVDRFRMDKQTGNLY VTQPLDREETASYTFLAHAVADGAGQAEDPMEIIVNVIDQNDNKPYFTVEYNANVAEATA IDTEVVKVEAKDDDEPDNLNSDIRYRILNQDPPLPTDHMFEINPVTGSIRVTGRGLDREK YPQYTLTVQAADMAGEGLTGQTKVILTVTDSNDNAPVFTQSLYTATVDENKKDVEVVRMI VTDEDEPQTPAWNAKFKIVSGDPDGLFTVKTGTNKQEGILSTAKGLDFERASKHTLLISV ENEIPFAPGVSVVTSTATVVVNVKDVNEAPIFDPKEKLVVKPEDLAVDEVVVQYTASDPD TARKQTVSYKILTDPAGWLNVDKDTGLIKVRRLMDREATFVTNNRYTATIGAYDNDAVPA TGTGTLIIQLEDVNDNAPVVKPHDIKVCNKDPAPQLLSVTDEDGPEFGPPYSVSLQGISK TNWTARMNDSRTGIILNLATELPSGWYNVILRVGDKHGLEQDSIVKAEVCDCRGAELTCL GRAVGGSNLPLILGILGAILLLALLLLVLLFAKQRKKEKKEPLLLDDGVRDNVYYYDEEG GGEDDQDYDLSVLHRGLDNRPDVLRNEVVPNFMPAPQYRPRPANPEEIGNFIEDNLKAAD NDPTAPPYDSLLVFDYEGGGSDAGSLSSLNSSSSGDQNYDCLNEWGPRFKKLADMYGGGD DDDML NT seq 2718 nt NT seq  +upstreamnt  +downstreamnt atggggaccgcattgttcgcggtttttggtgctttaatcgtcgttttccaggtctcagca ctagagatagctaacaggccaacatgtgtgcctggatttgagccagagctgctgattttc agagtgtccagggaacgtctgaggcagggcatgaggctgggcaaagtgggcttcagtgac tgcacagagcgcacagtatttcttttcagcactgatgacagtcactttactgtgaaggca gatggtacattaacggtaaacagagaggttgttcttcataaaggacaccagaacttcttc atccactcctgggactctcaaggtcacaaaataacagttccagtcagtgtcgttcaccct gagcatcaccatagacatcaccatggaaagcaccaccatggagatcacacaaacttcaac attcagcatcacagtactgaagtggactctattaaccacacagagaatgccactgagcca caagtgcccgttctgcaattttccaagtctggtggagggctgaggaggaggaaaagggac tgggttattcctccactcaatgttcctgagaatcagagaggaacctatcccctgaaagta gctcagatccgctctaatgaagataaagcaaggaagctcttttacagcatcactggtcct ggagctgatctgcctcctgttgatcgtttcagaatggacaaacagactggcaatctgtat gtaacacaaccactcgacagagaggaaacggccagttacacgtttctagcacatgctgtg gctgatggagcaggacaagctgaggatcccatggagattatagtcaatgtgatcgaccaa aacgacaacaaaccttattttacggtggagtacaacgcaaatgttgctgaggccacggcc atcgacacagaggtggttaaagttgaggccaaagatgatgatgagccagataatctcaac tcagacatccgctatcgtattctgaaccaggacccaccgctgcccactgaccacatgttt gaaatcaacccagttactggaagcatcagagtcactggtagaggattagacagagagaaa tatccacagtacactctgacagtacaagcagcagatatggcgggagaagggttaactgga caaacaaaagtcatcctcacagtgacggacagcaatgacaatgctccagtcttcactcag agcttatatactgcaacagttgatgaaaacaaaaaggatgttgaggtggttaggatgatt gtaacagatgaggatgaaccacaaactccagcctggaacgccaagttcaagatcgtcagt ggtgatcctgatggacttttcacagtaaaaacaggaactaacaaacaggaaggaatcctt tctactgcaaagggactggactttgagagggccagcaagcacactctgttgatttcagtg gagaatgagattccttttgctcctggtgtttctgtggtcacttctaccgccacggtggtg gtaaatgtgaaggatgtgaacgaagctccaatatttgatccaaaggagaagcttgtggta aaaccagaggaccttgccgtggatgaagtcgtggtgcagtacactgcttcagacccagac actgcacgcaagcagacagtctcgtacaaaatattgactgaccctgcaggctggctgaac gtggacaaggacacaggccttattaaagtgagaagactcatggacagagaggctaccttc gtcacaaacaacagatacactgcaaccattggtgcatatgataatgatgctgtcccagct acaggaactggtaccctgatcattcagctggaagatgtcaatgacaatgctcctgtcgtt aagccgcatgacattaaggtgtgcaacaaggatccagctcctcagctgctgtcagtaaca gatgaagatggaccagaatttggacctccctactcagtgtctttacagggcatctcaaag accaactggaccgctaggatgaatgactccagaacaggcatcatcttgaatttggccact gagctgcccagtggatggtacaatgttatactgagagtgggagacaaacatggcttggag caggacagcatcgtcaaagctgaagtgtgtgactgtaggggcgcagaactgacatgctta ggccgtgctgtaggtggcagcaacctgccccttatcctcggaatacttggagccatcctg ctgctcgcgctgttgctgctagtgctgctgtttgcaaaacagaggaaaaaggagaaaaag gagccactcctgctggatgatggtgtcagagacaacgtctattactatgatgaagaagga ggtggagaggacgatcaggactatgacctgagtgttctccaccgtggtctggacaaccgg ccggatgtgttaaggaatgaagtggtgccaaacttcatgcctgctcctcagtaccggcca cggcctgccaaccccgaggagattggcaacttcattgaagataatctgaaggctgccgac aacgacccaacagcacccccttatgactccctgctggtgtttgactatgagggaggtggt tctgatgcaggaagtctctcctctttgaactcttcaagcagtggagaccagaactatgac tgcctcaatgaatggggccctcgcttcaagaaactggccgacatgtatggaggaggagat gatgacgatatgctgtaa

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