Poecilia latipinna (sailfin molly): 106960951 Help Entry 106960951         CDS       T08005                                  Symbol dmxl2 Name (RefSeq) dmX-like protein 2 isoform X1   KO K24155   rabconnectin-3a Organism plai  Poecilia latipinna (sailfin molly) Pathway plai04142   Lysosome Brite KEGG Orthology (KO) [BR:plai00001]  09140 Cellular Processes   09141 Transport and catabolism    04142 Lysosome     106960951 (dmxl2)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:plai04131]     106960951 (dmxl2) Membrane trafficking [BR:plai04131]  Exocytosis   Small GTPases and associated proteins    Rab associated proteins     106960951 (dmxl2)  Endosome - Lysosome transport   Acidification regulators    Rabconnectin-3 complex     106960951 (dmxl2)    RAVE complex     106960951 (dmxl2) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Rav1p_C WD40 WD40_Prp19 Beta-prop_THOC3 Beta-prop_WDR5 Beta-prop_WDR3_1st WD40_CDC20-Fz Beta-prop_WDR36-Utp21_1st Beta-prop_TEP1_2nd Beta-prop_EML_2 WD40_WDHD1_1st WDR55 Beta-prop_WDR90_POC16_2nd Beta-prop_IFT140_1st Beta-prop_WDR3_2nd EIF3I Beta-prop_CAF1B_HIR1 WD40_Gbeta Beta-prop_HPS5 Beta-prop_EML ANAPC4_WD40 Beta-prop_WDR36-Utp21_2nd Beta-prop_DCAF12 WD40_MABP1-WDR62_2nd Beta-prop_EIPR1 Beta-prop_LRRK2 Beta-prop_VPS8 Beta-prop_DCAF4 Beta-prop_WDR19_1st NBCH_WD40 Beta-prop_Vps41 Beta-prop_SPT8 Motif Other DBs NCBI-GeneID:  106960951 NCBI-ProteinID:  XP_014909844 Ensembl:  ENSPLAG00000013765 LinkDB All DBs Position Unknown AA seq 3114 aa AA seqDB search MHLHQVLTGAVNPGDCCYSVGSVNDIPFTAYGSGCDVVILASDFDCVQIIPGAQNGNIQV GCVECSHQLGRIAASYGNTVCIFEPLSINPNKRHKQLNYQWQKTGQFFLDAITYNLAWDP QGNRILAATERLQLWAPPLADALIEEEDGQMMEDKPHPVLSDWNCVWQCKTAASIHTAKW SPDGEYFATIGKDDCLLKVWYPTTAWRSAVVVQDPSDKKSPPVHFSFVYLAHPRSVTGMS WRKTSKYMPKGTVCNVLLTSCEDGVCRLWSETLLPEDSLLGGQITENTHTFSSSLPGLAG NKDKIQHALESIHHLKQLRRGRRRSSALVAHSDLLPSQLGTQDAHTHRHIAHHANALCHF HISASINPNTDIPSTLADSSVFNPEDSTGGGGFVVHWLNNKDLSFTSSMDLFMSQLRKFS EHHLDQTTDEPLDAEGSPMKFDFDLDEMSDKASSEHGEEGDSGEQGSTKASSPGSSSSMP LPSMLLERKMETLTIEWNKSPDMLFTIHPADGSFLVWHVKYLDEFNQGIFRQVQVSFSSR IPVAFPAGDANSLSKNILMYACTLTESESAGTGEQGRMVQRMSRSASISTGLGSTAVSPS PKLRPGISPAVMMVSKHVDGSLNQWAVTFAERSGFSNVLTVSHKIRYCGHRFHLNDQACH TVLPLLLTSSHHNALLTPPSAPSSLEGEQPQSFPPPKGLPRKQLRNAATRTFHDPNAIYS ELILWRVDHIGPLSCTGGVSELARINSLHTSAFSNVAWLPTLVPSTVLGTYCNSASACFV ASDGKNLRLYQAVVDARKLLDELSDPETSKLVGEVFNIVSQQSTARPGCIIELDVITNQC GSNTQLLHVFQEDFILGYKPQNESEAFTPAFSTGEDYQPAPFSEKFFLVVIEKDLNGNSV LQMWHLHLQSVQACVDEPSQPFSFQSQLLVPSQVVNADSSPETSPIRPLPRSASSANLQS ASKLILSSRLVCSKRLDLPHGVEVTRATPSAGHLSSSSIYPVCLAPYLIVTTCSDSHVRF WRCAVEGDDGHDTDNRVYRWEPWILMNEEEDNNSAVSVSGRPVAVSCSYIGRLAVAFKQP RHGLLHNSVEDFSMHVSIYECESTGGSEWVLEQTVHLDDFVRPSSTLDPRVSVDSNLFVY SRSDLYMSRDHSSPNIKHFVHLDWLSKEDGSHILTIGVGSNILMYGRISGMVNEPTSSKE GVAVITLPLGGSIKQGIRSRWILLRAIDLLSSVDGTPSLPVSLSWVRDGILVVGMDCEMH VYAQWHQDKKPGEGEEGNLSSADIAGGQSVVTSSVFEGRARSKSVFEGSTGVDEALRAPA GLQEGGLFEAAHSLSPTLPQYHPTQLLELMDLGKVRRAKAILAHLVKCIAGEVAVVRDVE AGEGGSRRHLSRTISVTGSTAKDTIVAGRDGGRDYTEINSIPPLPLYALMLADLDTSFKG AEESAKTAKVVDGDAAQKFSEDQYADLFQVPTVTTDDFVNFATDKPERKSRVINLSQYGP SYFGPEHAQVLSSHLMHSSLPGLTRLEQMFLVALADTIATTSAEVTSSTDQQYTGGEALD ECGLRYLLAMRLHTCLLTSLPPLYRMQLLHQGLSTCHFAWAFHSEAEEELLNMIPAMQRG DPQWSELRAVGVGWWIRNINTLRKMVEKLGKAAFQRNSDPLDAALFYLAMKKKAVLWGLF RSQHDEKMTQFFKNNFTEDRWRKAALKNAFSLLGKQRFEQSAAFFLLAGSLKDAIEVLME KMEDLQLAMIVARLYEADFENSSTCQGLLYEKVLGCNRDGSAYHCSRLHPDPFLRSIAYW IMKDYTRALDTLLERNPKEEENPDVMVKSCNPVVFSFYNYLRTHPLIIRRHFANPEGTAT NVGLTAEKSGADEINLIERKLFFTTANAHFKVGCPVLALEVLSKIPKVSRKSGSSSPSKA PSKANVNTSQPLENGTQGGLDWGSSAAPAPAWGANDGVGGLDWSQPVVKVEEDELQLVWG DDREDDEDEDEDGLTMKKPEIEDKGSKNDGPKLQREDSQGESEVDVIAEQLKFRACLKIL MTELRTLATGFEVDGGKLRFQLYSWLEKEIAAMHKICNYKVEGKEEGPEFERDRTASVDI SDEALDNMEAGAYERHQMERRRLQAKQQHSERRKAWLRKNQALLRVFLSYCSLHGAKGGG VTSVRMELLFLLQESQQETTVKQLQSPLPLPTTLPLLSACIAPTKTVIANPVLHLSNHIH DILYTITMMEAPPHPDVIDDRVNALHTLAASLSACVYQALCDSHSYSSQTEANQFTGMVY QGLLLSERKRLRTESIEEHVTPNSAPAQWPGVSSLISLLTSAREEDQPRLSVLLCEAVVA VYLSLLIHGLGTHNSNELFRLAAHPLNNRMWAAVFGGGAKVIIKPKRPELPPVPAEFEAA SPEESQETGRPEQSHLSPNPSPIPTETQHPNRPPPPVSRGEGLGTVAPATKASSAPPQPP AEDVDRYRRRFNMRMLVPGRPVKETPATPPPVPAERPTYREKFIPPELSMWDYFVAKPFL PLSESNALYDSDESGAEDDDDDDDAFLSDTQMTEHSDSSSYSWTLIRLVMVKLAHHNVKN FIPLTGLDFTDLPVTSPLSNAVLKTLENWEQLLLERMNKFEGPPPNYINTYPTDLSSGSG PAILRHKAMLEPDNTPFKNKSHQSFPVRRLWHFLVKQEVLQEALIRYIFTKKRKQSESLE NHVDRINPNCIAGASSPYKVEADLGYPGGKAKIIHKESDIIMAFAINWANSNEIVLASTH DVQEVDVSTLVAVQPYTWIGDDFDKESRSSDDLDPRSSHTNIAQASSVSFAPPPMPVSAS MPWLGSGQTSMGASVIMKRNLNNVKRMTSHPVYQYYMTGAQDGSVRMFEWNRPQQLICFR QAGNARITRLYFNTQGNKCGVADGEGFLSLWQVNQTSSNPKPYLSWQCHSKTCGDFAFIT SSSLIATAGQSNDNRNVCLWDTLISPGNTIVHAFPCHENGATVLEYAQKQQLLITGGRKG FVCVFDIRQRQLLHTFQAHDSAIKALALDPFEDFFVTGSAEGNIKVWKLAGHGLMHSFSN EHAKQSIFRNIGNGVTKVETRPGNRIFTCGADGTLKMRVLPDRYNIASSIVDIL NT seq 9345 nt NT seq  +upstreamnt  +downstreamnt atgcatctgcaccaggtgctgacgggggcggtgaaccctggggattgttgctactcggtg gggagcgttaatgacattcccttcacggcctacggatcaggatgcgatgtagtcatcttg gctagcgacttcgactgcgttcagattatcccgggagctcagaatggaaacatacaggtg ggctgtgtggagtgctcccaccagcttggcaggattgccgcttcttacggaaacacagtc tgcatctttgagccgctttctatcaatcccaataaacgccacaagcaacttaactatcag tggcaaaagacaggacagttctttcttgatgccatcacctacaacctggcctgggacccg caagggaaccgtatcctggcagcaactgaacgactccagctgtgggctcctccactggca gacgctctcatagaagaggaggatgggcagatgatggaggacaaaccccaccctgtcctc agtgactggaactgtgtctggcagtgcaagaccgctgcgtccattcacaccgccaagtgg tctcctgatggggagtactttgcaacgattgggaaggatgactgtttacttaaggtgtgg tatcccaccactgcctggcgctcagcggtggtggtccaggacccatctgataaaaagtct ccacctgttcacttttcctttgtttacttggcccatcctcgctcggtcactggtatgtcc tggaggaagaccagcaaatacatgcccaagggaacggtctgcaacgtcttgctcacgtcc tgcgaggacggtgtgtgcaggttatggtcagagaccctactaccagaagacagcctgctg ggtgggcagatcactgagaacacacacactttcagctccagcctcccgggtctggcagga aataaggacaaaatccagcacgctttagagtcaatccaccacctgaaacagttgcgccgg ggccggcggcggtcctctgctctggtggcccacagcgacctgctgccctctcagctgggc acacaagacgctcacactcaccgccacattgctcaccatgccaacgccctgtgtcacttt catatctcggccagtattaacccaaacacagacatcccctcgacgctggctgactcctca gtattcaaccctgaagacagcaccggtggtggaggctttgtggttcactggcttaacaac aaggacctcagtttcacttcatcaatggacctttttatgtcgcagctccgcaaattctcc gagcatcacctggaccagactactgacgagcctctagacgccgagggatcccctatgaag tttgattttgacctggatgagatgtctgacaaagcgtcctcggagcacggagaggagggg gattcaggggaacaaggaagcactaaggcgtcctcgcctggatccagctccagcatgccg ttaccgtccatgctgctggaaaggaagatggagactctgaccatagagtggaacaagagt ccagacatgttgttcacaatacaccccgctgatggttccttcttggtttggcatgtgaag tacttggatgaattcaaccaggggattttcagacaagttcaggtctccttctcctcgcgc attccggtagcatttcctgcaggtgatgccaactccctaagtaaaaacatcctgatgtac gcctgcactttgactgagagcgagagcgctggtaccggcgaacagggaagaatggtccag cggatgtcccgctcagcgtccatatccaccggcctgggctccaccgctgtctctccctca ccaaaacttcgccctggcattagccctgccgtcatgatggtgtcgaagcacgtcgacgga tctctcaaccagtgggcggtgacatttgctgagcgttccggcttctccaacgtcctgact gtttctcacaagattcgttactgcggccaccgtttccacctaaacgaccaggcctgtcac accgtgctgccgctgctgctcacctcctcccaccacaacgcgctgctcacccctccctct gcccccagcagtttggaaggggagcagccccagtcctttcctccaccaaaagggcttccc aggaagcagcttcgcaatgcagctacaaggactttccacgacccaaacgccatttacagt gagctgattttgtggcgagtggaccacatcggacccctgtcctgcaccggaggggtctct gaactggcccgcatcaactctctgcacacgtctgccttcagcaatgtggcttggctgcct acactggtacccagcacagtacttggaacctactgtaacagtgccagcgcctgcttcgtg gcatcagacggtaaaaacctgcgtctctatcaagccgttgtggacgccagaaaactactg gatgagctgtcagatccagaaacatctaaactggtgggtgaagtgttcaacattgtcagc cagcagtccacagccagacctggatgtatcatcgagttggatgtcattacaaaccagtgc ggctccaacacccagctgcttcatgtcttccaagaggatttcattttaggttacaaacct cagaacgaatcagaggctttcacaccagccttctcgactggagaagattaccaacctgcc ccattttctgagaagttcttcttggtggtaatagagaaagatcttaatgggaactctgtg ctgcagatgtggcacctgcacctccaatccgtgcaggcctgcgtcgatgagcccagccaa ccatttagtttccagagccagctcctggttcccagtcaggtcgtgaatgccgactcgtcc ccggagacctctccaatcagacccctgcctcgatctgcttcttcagccaacttgcaatca gcaagcaaacttatcctcagctccaggctggtgtgcagcaagcgactagacttaccgcat ggggtggaagttaccagggcaacgccatctgcaggtcacctgagctcctcctccatctac cccgtgtgtctggctccgtacctgatcgttaccacctgctccgattctcacgtgcgcttc tggcgctgcgctgtagagggcgacgacggacacgacacggacaaccgggtgtaccgctgg gaaccgtggatcctcatgaacgaggaggaggacaacaacagcgcagtgtctgtgtcggga cggcctgtcgccgtttcctgctcctacatcggccggctagccgtggcctttaagcagccg cggcacggactgctgcacaattctgtggaggacttctccatgcacgtttccatctacgag tgtgaatccactggaggctctgagtgggtcttagagcaaactgttcaccttgatgacttt gtcagaccttcttcaacactggatccgagagtcagcgtggactccaacctttttgtctac agcaggtctgatttgtacatgagcagagaccatagctcacccaacatcaagcacttcgtc cacctggactggctgtcgaaggaggacggctcccacattctcacaattggggtgggctcc aacatcctcatgtacggccgcatctctggcatggtcaatgagccgaccagcagcaaagag ggggtggcagtaatcacccttcccctagggggcagtatcaaacagggcatccgttcacgc tggatcctgcttcgcgccattgacctcctgtcgtctgtggacgggacgccttcgctgccg gtctccctgtcctgggtgagggacggcatcctggtggtgggtatggactgtgaaatgcac gtgtacgcccagtggcaccaggacaagaagcccggcgagggagaagagggcaacctgtca tccgcagacatcgccggaggtcagagcgtggttacctcctccgtcttcgaagggagagcc aggtccaagagcgtgtttgaaggaagcactggagtagacgaggcgctccgcgcccccgca ggcctacaggagggtggactcttcgaggcggctcattctctctccccaactctgccgcag taccacccaactcagctgctggaactcatggacttgggaaaggtcagacgggccaaggcc atacttgcccatctggtgaagtgcatagccggagaagtcgccgtggtcagggatgtggag gcaggtgaaggcggatccaggaggcatctctctcgaacaatcagcgtgaccggaagcacg gcaaaggacaccatagtggccggccgagacggagggagggattacacggagatcaactcc atccctccactgcccctgtacgccttgatgttggccgacctggacacctcattcaaggga gcagaagaaagcgccaaaacggctaaggttgttgacggtgatgcggctcaaaaattctca gaagaccagtatgccgatctcttccaggtgccaacagttactactgatgactttgtgaac tttgctactgataaaccagagagaaagtctcgagtcatcaacctctctcagtatgggccc tcttattttggaccagagcatgctcaggtgttatccagccacctcatgcactcgagcctc ccgggactgaccaggctggagcagatgtttttggtggccctggccgatacgattgctacc accagtgctgaagttacgagctccactgatcagcagtacacaggtggcgaggctcttgat gagtgtggactgaggtacctgctcgccatgcgtcttcatacctgcctgctcacgtctttg cctcccctgtatcgcatgcagctgcttcaccagggcctttccacgtgccactttgcctgg gccttccactcggaggcggaggaggagctgctgaacatgattcctgccatgcagagaggc gacccacagtggtctgagctgagagctgtgggagtgggatggtggatacgcaacatcaac acgctgcggaaaatggtggagaagctgggcaaagctgcattccagaggaacagcgatcct ttggatgccgcgctcttttacttggccatgaagaaaaaagccgttctgtggggtctattc cggtctcagcatgatgagaaaatgactcaattcttcaaaaacaacttcactgaggaccgc tggcgaaaagcagctctaaaaaacgctttctccctgctgggaaagcagcgctttgaacag tctgctgcttttttcctattagctggctcccttaaagacgcaatagaggtgttgatggag aagatggaggatctccagttagccatgatagtcgcgcggctgtacgaagccgactttgag aattcgtccacctgccagggcctcctgtacgagaaggttctgggctgcaaccgggacggg agcgcctatcactgctccaggctgcatccagacccgttccttcgcagcatagcctattgg attatgaaagattacacccgagccctggacacactcttggagagaaacccaaaagaagag gagaatccagatgtgatggtgaagtcttgcaaccctgtggtgtttagtttctataactac ttgaggacacatcctctgatcatccgtcggcactttgcgaatccagaaggcacggcgacc aacgtgggcctcaccgctgagaaaagcggtgcagatgagatcaaccttatagagcgcaaa ctgtttttcaccactgccaatgcacactttaaagtgggctgcccggttttggctctggaa gtgctctccaagattcccaaagtaagccggaaatctggctcctcgtctcccagcaaagct ccgtcgaaggcaaacgtgaatacgagccagccgttagaaaatggcacccagggcggtttg gactggggttcctctgcagcgccagctcctgcctggggagccaacgacggcgtcggcggg ctggactggagccagcccgttgtcaaggtggaggaagacgagctgcagctcgtctggggc gatgacagggaagacgatgaggatgaggatgaagatggcttaaccatgaagaaaccagag attgaggacaaaggctcaaagaacgatggtcccaaactgcaaagagaagactcacagggt gagtccgaagtggatgtgattgcagagcagctgaagtttcgtgcgtgtttgaagatcctg atgaccgagctgcggacgctggccacgggtttcgaggtagatggagggaagctccgcttc cagctctacagctggctggagaaggagattgcagcaatgcacaagatctgcaactacaag gtggagggaaaagaggaaggcccagagttcgagagggaccgtacggcgtctgtggacatt tcagacgaggcgctggacaacatggaggccggggcttacgagcgtcaccagatggagcga cgtcgccttcaagccaagcagcagcactctgagaggcgtaaagcctggctgaggaagaac caggccctgctgagggtcttcctgtcctactgcagccttcacggagccaaaggaggaggg gtcacctccgtccgtatggagcttctcttccttctgcaggagagccagcaggagaccacg gtgaagcagctgcagtccccgctgcctctgcctacaaccctgcccctgctgtctgcgtgc atcgcccccaccaagacggtcatagccaatcccgttctccacctgagcaaccacatccac gacatcctctacaccatcacaatgatggaggctccgccacatccggacgtcatcgacgat cgggtaaatgctcttcacacgctagcagcgtctctttctgcttgtgtctaccaagcccta tgtgacagtcacagttacagcagtcaaacagaagccaaccagttcactgggatggtgtac caggggctgctgctaagtgaaaggaagcggcttcgcacggaaagcattgaagaacatgtt actccaaactctgctcctgcgcagtggcctggtgtgtcgtccctgatctccttgttgacg tctgcgagggaggaggaccagccgaggctcagcgttctgctgtgcgaggcggtcgtggcc gtttatctttcgctgcttatccacggcctgggcactcacaacagcaacgaactcttccgc ctggccgcgcatcccctcaacaaccgcatgtgggcggccgtcttcggaggaggagcaaaa gtcattattaagccaaagaggcctgaacttccaccagtgccagctgagtttgaggcagcc agtccagaggaatctcaggagacaggaagacctgagcagagccacctctccccaaacccc tctcccatccccactgaaacccagcaccccaatcgaccccctcctcctgtttcaagggga gaggggctgggcactgtggccccagcaactaaggccagctcggccccccctcagccgcct gcggaggacgtggaccgatacaggcgcagattcaacatgaggatgctggttcctggacgc cccgtgaaggagacgcccgccaccccgcctcctgtgcctgcagagaggcccacctacaga gagaagttcattccccccgagctgagcatgtgggactacttcgtagcgaaacctttcctc ccgctctcagagagcaatgctttgtatgattcagacgaaagtggcgctgaggatgacgac gatgatgacgatgccttcctctcagacacacagatgacagagcattcggactccagctcc tacagctggactttgatccgtttggttatggtcaaactggctcatcacaacgtcaagaac tttatccctctcactggacttgacttcacagatctaccagtcacttcccctctcagcaac gcagtgttgaagactttggagaactgggaacagcttttactggagcggatgaacaagttt gaaggtccgcctcccaattacatcaacacctaccccactgacctgagctcgggatctgga cccgccatactgcgacacaaggccatgctggagccagacaacacgcccttcaagaataag agccatcagtccttcccagttcgacgtctttggcatttcctggtcaaacaggaagttctc caggaggctttgattcgttacatctttaccaagaaaaggaagcagagtgagtctttagag aaccatgtggaccgtataaacccaaactgcatagctggagctagcagtccctataaggta gaggcagatctgggctatcctggaggaaaggccaaaatcattcacaaggagtctgacata attatggcgtttgccattaactgggctaactccaatgagatcgtgttggcgtccacccac gacgtccaggaggtggacgtctccactctagtggccgtccagccctacacctggatagga gacgactttgataaggaatcccgaagctctgacgacttggacccccgctcctctcacaca aatatcgcccaggcaagctctgtgtcctttgcgccgccgccgatgccggtctctgcatcc atgccgtggctcggtagcggtcagaccagcatgggggccagcgtgattatgaaaagaaat ctgaataacgtgaagaggatgacatcgcaccctgtttatcagtattacatgacgggggct caggacggcagtgtgaggatgttcgaatggaacaggccgcagcagctcatctgctttaga caagcaggcaacgctcgtatcacccggctctattttaacacccaaggcaataagtgcgga gttgctgacggagagggattcctcagtctctggcaggtcaaccagacgtcctccaacccc aaaccgtacctgagttggcagtgtcactccaagacctgcggcgattttgcgttcatcacg tcctccagcctgatcgcgacagccggacagtccaacgacaacagaaatgtttgcttgtgg gacactctgatttcacctggcaataccatagtccacgcgttcccctgccatgagaacggg gccactgttctcgagtacgctcagaaacagcagctgctcatcactggaggcaggaaaggc tttgtgtgtgtgtttgacatccgccagagacagctgctgcacactttccaggcccatgac tcggccatcaaggcgctcgctctggatccctttgaggacttcttcgtcaccggctctgca gagggaaacataaaggtctggaagctggcgggccacggcctcatgcactccttcagcaac gaacacgccaagcagtccatcttccgcaacatcggcaatggcgtcacaaaggtggagacg cgtccggggaaccgcatcttcacctgcggcgcggacggcaccctgaagatgagggttctc cctgaccgctacaacatcgccagcagcatcgttgacatcctgtga

DBGET integrated database retrieval system