Embiotoca jacksoni (black perch): 138198947 Help Entry 138198947         CDS       T10523                                  Symbol ripor3 Name (RefSeq) RIPOR family member 3   KO K24818   Rho family-interacting cell polarization regulator Organism eja  Embiotoca jacksoni (black perch) Brite KEGG Orthology (KO) [BR:eja00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:eja03037]     138198947 (ripor3)    04990 Domain-containing proteins not elsewhere classified [BR:eja04990]     138198947 (ripor3) Cilium and associated proteins [BR:eja03037]  Other cilia and associated proteins   Stereociliary proteins    138198947 (ripor3) Domain-containing proteins not elsewhere classified [BR:eja04990]  Other domain-containing proteins   HEAT repeat domain-containing proteins    138198947 (ripor3) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PL48 HEAT_2 Motif Other DBs NCBI-GeneID:  138198947 NCBI-ProteinID:  XP_069006858 LinkDB All DBs Position Unknown AA seq 1021 aa AA seqDB search MSVKLRFDCPSDGGPVHRSRSFTGFSSLTARRRSSSVRNSLRTKAMTGGKSPRMHLSPRR GPGLIWSLQPDQVDSVFQALRRGLKEFLDCHQGEMDFLSSQQRETKRNSRLAFLYDLEKE IRALERYIRRLEFQLSKVEELYETYCVQWRLCQGAVNMKRAFSLSPSTRASRESLLELGR NHRHSLQDMSTMEGELEILLGELHIKMKGLIGFARLCPGDQYEVVVRLGRQRWRIKGRIE SDDTQSWDEEEMVFLPHIHHNFEIKVTEAKGLGWLLVGLVTCASADFFVARPQLMLVDIT ELGTIKLQLEVTWNPFDSAEKMRPLSVSKQSVSSRKSSVYSWTAPSTPSFTEKYFISMVR ELQDQEGSMPSLVSRSRHNRGGVSLLSYLSNPSHTSVASSPQSQYTPSLKRAHSYPSSPS QGTSLGGSQTQLSLGEEGSLEISMEEQEARKRRDEKEEEEEEWGGVSQAPSSPEESKTGS LQALQRSNTPDILRKNTAGEAEPEPDRVQGSVNVQDAADRRSYSVPVSPTPPAQPPPAAS PCVAGAAAPSAGRPGASGAQRRALALRLGALIAELEKTLQNQSCSDDELRALDHQILHLA TILKNDLSLLKSSSSEETLEEVLGSFDFLSSDFNADDDASCLGSVRLKDSGISSFQQSTP RSPGLLSQDGRSLSGDELLIAPLTSGNWGLDQALETHLDICCILLQMMRTTDFGPSRREM LDEMSLQAEVLDRVSCLMLEKNDNVSARDILPKAQRTRDVLLFWEECVNDGGGGGSPFCC RADSFSRTLRKRYTHKVKAKQPGQSEKVFSQLLQQVRAACRVVPGSRPVGSPERVTLFQL SVYLKRWSLQELGDHISRLSKEEYVLSALRSPKRRRALNKLRGRSVAELLPLGCTLQTLA ALQIDSNHKVCKAAANCLCRAAGCKAFRSKAVVYYTERLKSTDVQIQQSSCLALKRLRAT ESVDHIADLWRSADEDLRSAARETVLYFGKKGYQAFQRMDQMDTEMQEEAYQNQETEITI L NT seq 3066 nt NT seq  +upstreamnt  +downstreamnt atgtcggtgaagctgcgattcgactgtccttcggatggaggtccggtccacaggagtcgc tccttcaccgggttcagctcgctgaccgctcgacgacggtcgtcctctgttcgtaactct cttcgcaccaaagcgatgaccggaggtaaatctcccaggatgcacctctccccacgtaga ggtccgggacttatctggtctctgcagccggatcaggtcgacagcgtcttccaggcactt cgcagaggactcaaggagtttctggactgtcatcagggagagatggacttcctgtcgtca cagcagagagagaccaagagaaactccagactggcctttctttatgatctggagaaggag atcagagcgttggagagatacatacgacgattagagtttcaactcagcaaggtggaggag ctgtacgagacgtactgtgttcagtggcggttgtgtcagggagcggtcaacatgaagaga gccttttctctgtctccgtccaccagagcgtcccgagagagtctgctggagctcggccgc aaccacaggcacagtctgcaggacatgtcaaccatggagggagagttagaaatcctcctc ggagagctacacattaaaatgaaaggtctgatcggcttcgctcgactctgccccggagac cagtacgaggtggtggtgcggttgggccgccagcgatggaggatcaaagggaggatcgaa tcggacgacactcagtcctgggatgaagaggagatggtcttcctcccgcacatccaccac aacttcgagatcaaggtgacagaggcgaagggtttgggttggctgctggttggcttggtg acgtgtgcgagcgccgacttcttcgtggcgaggccgcagctgatgctggtggacatcacg gagctgggaaccatcaaattgcagctggaggtcacctggaatccgttcgacagcgccgag aagatgaggccgctgtccgtcagcaagcagtcggtgtccagcaggaagagttcagtttac agctggacggcgccgagcaccccctccttcaccgagaagtatttcatatcgatggtgcgc gagctgcaggatcaggagggctcgatgccgtctctggtgtctagaagtcgtcacaacaga ggaggcgtgtctctgctcagctacctgtccaacccttcgcacacctccgtcgcgtcgagc ccccagagccagtacaccccgagtctcaagcgggctcacagctacccgtccagcccgagt cagggcaccagtctgggaggaagtcagactcagctgtccctcggagaggaaggatccctg gagatctccatggaggagcaggaggcgaggaagaggagggatgagaaggaggaggaggag gaggagtggggaggcgtgtcgcaggctccttcctcaccagaagagagtaaaaccggttct cttcaggctttacagaggtccaacacgccggacatcctcaggaagaacacagctggagaa gcggaaccggaaccggaccgggttcagggctctgtcaacgttcaggacgccgcagatcgt cggtcgtattccgtcccggtgtcccccacgccgccggctcagccccccccggccgcgtct ccgtgcgtcgccggggcggcggctccgagcgcggggaggccgggggcgagcggtgcccag cgccgggccctcgccctccgactgggagccctgatcgccgagctggagaaaacgctgcag aaccagagctgctctgacgacgagctgcgagccctggaccaccagatactgcacctggcg accatactgaagaacgacctctccctgctgaagagctcttcgtcagaggagactctcgag gaggtcctcggcagcttcgacttcctgtcaagcgacttcaacgcagacgacgacgcttcc tgtctgggcagcgtgaggctaaaagacagcggcatcagctctttccagcagagcacgccg aggagtcccggcctcctctcgcaggacggccgctcgctttccggggacgagttgctcatc gcccctctgacctctgggaactggggtctggaccaagctctggagactcacctggatatc tgctgcatcctgctacagatgatgagaacgaccgacttcggcccgtcgaggagggagatg ctggacgaaatgtctctccaagctgaggtcctggacagagtcagctgcctgatgctggag aagaacgacaacgtctctgctcgagacatcctcccgaaggcccagcgaacgagggacgtg ctgctgttctgggaggagtgcgtgaacgacggcggcggcggcggctctcctttctgttgc cgtgccgacagcttctccaggacgctgaggaaacggtacacgcacaaagtgaaggccaag cagcccggacaatcagagaaagtgttttctcagctcctgcagcaggtccgggcggcctgc cgggtggtgcccggctcgcggccggtcggcagcccggagagagtcaccctcttccagctg tcggtgtacctgaagcgctggagcctccaggagctcggagaccacatctcccgcctctcc aaagaagagtacgtcctgtcggccctgaggagccccaagcggaggcgggccttaaataaa ctgcgggggcggagcgtcgcagagctcctcccactcggatgcaccctgcaaactctggcc gccctgcagatcgactccaaccacaaagtctgcaaagccgccgccaactgcctctgcaga gccgccggctgcaaggccttcaggagcaaggcggtggtttactacacggagcgtttgaaa agcaccgatgttcaaatccaacagagctcctgtctggctcttaaacgcctcagggcgacc gagagcgtcgaccacatcgcagatttgtggagatcggcggacgaagatctgcggagcgcc gccagagaaaccgtcctctacttcggtaaaaagggatatcaggccttccagaggatggac cagatggacacggagatgcaggaagaggcttaccagaaccaagagactgagattaccatt ctatag

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