Artemia franciscana: 136027069 Help Entry 136027069         CDS       T10524                                  Name (RefSeq) ensconsin-like isoform X1   KO K16806   MAP7 domain-containing protein 1 Organism afra  Artemia franciscana Brite KEGG Orthology (KO) [BR:afra00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:afra03036]     136027069 Chromosome and associated proteins [BR:afra03036]  Eukaryotic type   Centrosome formation proteins    Spindle formation proteins     136027069 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  MAP7 PAM2 DUF2418 Motif Other DBs NCBI-GeneID:  136027069 NCBI-ProteinID:  XP_065560071 LinkDB All DBs Position 5:complement(19636983..19808150) Genome browser AA seq 1204 aa AA seqDB search MFGGRMICLGDSSILYKLNNDDSVNNLCLWRQGLSNYEGDEDQLLLVPASALSMDSDWLR ADLADIVTFAELSRIDNPPDVVKSHRIRKQSCDLPVHKSVSVSSTYLRSKEESKRNLSLS SSVLKRDSNSNLVEPDKPVKFRKNSCLNSKDSIKRLSNSVVEKPCYKGSANRISPGLNNQ VNLDNRKNKASHCPVTRKTSAPEVGSKFKGLSHNRQRTPRQMDDKFRKLEEIKQQAAATQ RLIEEQGVERQRRADDLRRRDTERRSYLETRKSVEPDREMFRRDERELRHEVKRKHEQGS IALAFNSISPQKFDEGDSGLTRRSTSTFNVSASVPSSDEKSKNVVRTSSASVSNENRYRN RAKSLLGLDAAGIAERGRQHDVSLSMYEVFQWSDADKEPFGKPEHGILCKQTPQQTEDDF SELYRRTFEAASRKLANLNGHMFGSSAEVVDEPMSQSFHGGSSAFRRRTDIMPTIPSPHR DLRPRSGNLSLSVSMHEHVSRSPVPSPKHRVLQHASNNSRSMSHLNVTPQKRETKVESVS QKYTDRRSMGSLGPDQENVTPKSGVQRKTSLSTPRLTRAERLRQRAKQVGAEKKMGSLTQ EANSAMRSGDVTPVVPSRPLSAMSYRSHSGSSGAVSMRQRPLVSRRPRPASMAGTGILLS TPEQQKDKNEKKGEESKAPKARLPTVGPKPYRAKSMDVLGTSPKPLSVHKRPKPATPRAA ESHKSEIKTSGKSTEVLKAEKVAIKQEPKGARPDMKVKPFVSDKAKTVQEMKPTPKAGPK TKSATSAKAKPLLQPKVEVKEEPIDPTEESVPLQQTALNTTEPLIKAEPEVTVDVKPSVE QMPLPIEEPKAEQNAEASAVEDIKEEPRSVINVAANPMPAPVPAPAAISVAVPASVTLSP SAPEFQPGKPKITSEEEAKAAIAEKRRLAREQMEKEAELERQRLEAERLAEEERLRQEEE QARKDAEEMDRLVKEAKEAEEERLRIAIEEAERREAEETRKREEEARLKAEKEIADMKAK EEAEKLRKENEERLRKEEEARIERKKRVEAIMSRTRGAKQGQGENSGDDKSLSSVASSDP SSGPVSLVDERAEDQIQPLMEEELVAKKNEINLKKEQEARSFNDPNEVNGNSSELNGVNG HGKENNGDSSLNGGSALINFNSLDNDINSEIKDKSIIGAETLVELNQEIVKPVTRESEAA DLLM NT seq 3615 nt NT seq  +upstreamnt  +downstreamnt atgttcggtggtcgtatgatatgtttaggtgatagtagtattttatataaactgaataac gatgatagtgtgaataatttatgcttgtggcggcaaggattgagtaattatgaaggggat gaagatcagttattgcttgtgccggctagtgcccttagtatggattctgattggctcagg gctgacttagctgatattgttacctttgctgaattgtcgcgaattgataatcctcctgac gtggtgaagtctcatagaattcgtaaacaatcttgtgatttgccagttcataaatctgtc agtgtttcaagtacatatttaagaagcaaggaggaatcaaagaggaatttgagtttatct agttcagtactgaaaagggattccaattctaacctggttgagccggataaaccggtgaaa ttccgtaaaaattcttgtttgaactcgaaggatagtatcaagagactgagcaacagtgtt gttgagaaaccttgctataaaggaagtgcgaataggattagtccaggccttaacaaccag gtcaatcttgataatagaaagaataaggctagccattgtccggtaacaagaaagactagt gcaccagaagtaggatctaaatttaaaggactgtcacataataggcagcgcactccacga cagatggatgacaaatttaggaaactcgaagagattaaacagcaggcagctgctactcaa aggttaatagaggaacaaggagttgaacgtcaaagacgtgcggacgacctacgccgaaga gatacggagcgaaggtcttatctcgaaaccaggaagtctgttgaaccagaccgagagatg tttcgaagagatgaacgagagctgaggcatgaagtgaaaaggaagcatgaacagggatca atagcgctagcttttaacagcatatcgcctcagaagtttgatgaaggagattccggcttg actagaagatcgacttctacctttaatgtttctgcaagcgttccatccagtgatgaaaaa tcgaaaaatgttgtacgaacgagtagtgcatcggttagtaatgaaaataggtatcgcaat cgggcaaaatcgttgttaggactcgacgctgctgggattgctgagagaggtcgacagcac gacgtatctctatctatgtacgaggtttttcaatggagcgatgcggacaaagaacctttt ggtaagccagaacatgggattttgtgcaaacagacccctcagcaaaccgaggatgacttc tctgaactctatcggcggaccttcgaggcagctagtaggaagttagctaacttgaatgga catatgttcgggtctagtgccgaagttgtggatgagccaatgtcccagtcgtttcatggc gggagcagtgccttccgccgtcgcactgatatcatgccaacaattccatcacctcatcgt gacctacggccccgctcaggtaacctctccctctcagtttcaatgcacgagcatgtaagc cgatcacctgtcccatcaccaaagcaccgggtgttgcagcatgccagcaacaactcccgg agcatgtcgcacttaaatgttactccacaaaaaagagagacaaaggttgaaagtgtgtca caaaaatatacagaccgtaggagtatgggcagtctaggtccagaccaagagaatgtcacg cctaaaagtggagtgcaacggaagacgtctcttagtacaccaagattgacgagagcagaa aggcttagacagagggcaaaacaggttggagcggagaagaaaatgggttctctaacccag gaggctaattcagcgatgaggagtggtgatgtaactccggttgtcccgtcgagaccttta agcgccatgagctatagatcccactcgggaagttctggtgcagttagtatgcgccaacga ccattagtttctcgaagaccgcgcccggctagcatggctggcacaggaatcttgctctca actccagaacagcaaaaagacaagaacgagaagaaaggggaagaatccaaagcgccaaaa gctcgactgcctactgtagggcctaaaccctatcgagccaaaagtatggatgtccttgga acttctcccaaacctctttcagtgcataaacgtccaaagccagccactccgagagcagct gaatctcacaagtctgagattaagacttctggcaagtcaaccgaggtgcttaaagctgaa aaagtggcaatcaaacaagagccgaaaggagccagaccggatatgaaagttaaaccattt gttagtgataaagcaaagacggttcaagagatgaagcctactcctaaggccgggccgaaa accaagtcagccacatcggctaaagcaaagccacttttgcaaccgaaagttgaagtaaaa gaagagcctattgatccaactgaagagagtgtacctctccagcaaactgctctaaatact accgagcctttaatcaaagctgaaccagaggttactgtagatgttaaaccatctgtcgaa caaatgcccttgcccatagaagaacctaaggctgaacagaatgcagaggccagtgcggtt gaagatattaaggaagagcctcgttcagtcatcaatgttgcagctaaccctatgcctgct cctgtgccagcacctgcagctatatctgtggctgtgccagcatctgtaactttgtctcca tctgcacctgagtttcaacctggtaaaccgaaaataacatctgaggaggaggccaaagcc gcaatagctgaaaaacgtcgcttagctcgtgaacaaatggaaaaggaagctgaattagaa cgccaacgcttagaagctgagcgccttgctgaagaggaaaggctgcgtcaagaagaagag caggccagaaaagatgccgaagaaatggataggctcgttaaagaagctaaggaagcagaa gaagaaagacttaggatagccattgaggaggctgaacgaagagaagccgaagagacacga aagcgtgaagaggaggcaagattgaaagcggaaaaggagattgcagatatgaaagcaaag gaggaagctgaaaagctgaggaaggagaatgaagaaagattaaggaaagaggaagaagct cgtattgaaaggaaaaaacgagtggaagccattatgtcaaggactaggggtgctaaacaa ggtcaaggtgaaaattcaggagacgataaaagcctgtcgtctgttgctagtagtgatcca tccagtggaccagtgagcttagttgatgaaagagctgaagatcaaattcagcccctaatg gaggaggaattggttgctaaaaagaatgaaatcaatctcaaaaaggaacaagaagctcgt agttttaatgatcccaatgaggtaaatggaaactcatcagaattaaatggagtcaatgga catggaaaagaaaacaatggagattcaagtttgaatggaggaagtgctcttattaatttt aatagtttggacaatgacataaattcagagataaaggacaaaagtatcattggggctgaa actttggtagagctaaaccaggaaatagtgaaacccgtgactagagaatctgaggctgct gatcttttgatgtga

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