Amphimedon queenslandica (sponge): 100635765 Help Entry 100635765         CDS       T02284                                  Name (RefSeq) kinesin-like protein KIF11-B   KO K10398   kinesin family member 11 Organism aqu  Amphimedon queenslandica (sponge) Pathway aqu04814   Motor proteins Brite KEGG Orthology (KO) [BR:aqu00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     100635765  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:aqu03036]     100635765   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:aqu04812]     100635765 Chromosome and associated proteins [BR:aqu03036]  Eukaryotic type   Centrosome formation proteins    Spindle formation proteins     100635765 Cytoskeleton proteins [BR:aqu04812]  Eukaryotic cytoskeleton proteins   Microtubules    Tubulin-binding proteins     Kinesins      100635765 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Kinesin Microtub_bd Microtub_bind Motif Other DBs NCBI-GeneID:  100635765 NCBI-ProteinID:  XP_003383917 UniProt:  A0A1X7VKN6 LinkDB All DBs Position Unknown AA seq 1043 aa AA seqDB search MERSGGKPRKTLPPQEKNIQVVVRCRPRNNSEKKSGSPQVIDANTRKGEIVVHQELHEKA ITKTFSFDRVYGPESTQIEVYHGVVEPIIAEVLTGYNCTVFAYGQTGTGKTYTMEGERSP QGALSWEEDPLAGIIPRSLHQLFDQLECQESEFSVRISFLELYNEELFDLLSNGNEQVKL RIFDDSARKGGVLVQGLEEITVHSKNEVYAILERGSKRRQTAATLMNASSSRSHTVFSVT VHIKENSLDGEELLKTGKLNLVDLAGSENIGRSGALDKRAKEAGSINQSLLTLGRCITAL VEKCPHIPYRESKLTRILQDSLGGRTRTSIIATISPALFCLEETISTLDYAHRAKNITNR PEINQKLTKRALIREYTGEIDKLKKDLLAAREKNGIFLSPENYLGMETKIKTQGEFIIEL EEKIRSCQEEIKKLETMFGDIKEELHEKEAELAVRCQELEHTQFSLVETKKNLSQVKREK DETSYLMTEHIKTEEVLHGQAKQLMSTIENAVDDVEGLHSKLDRKSTIETTNKQTAAQFN ESFGKETSALRDNLHTLKTHQLEFTGSLMESIRGWSVSHGQHVRHIQELIGTIQSAVGTS SQHHTTVLKERLATNTQRVGEMDTSHFEKSFNKACNVLLVTDLMPLISQLNEAISIHATQ QQSVLDTVKQKVLDYNDTVCQFESSQSEKLREMESAIEKNKEEQSNKLDSISLKMDSTLS EQDLLQQQMFDELSKTVSRWISTAKQSMTTQQQTHNNELKEGLKECKVEHQEISSSLHQS VNEIRSNVCQFKAASTDVTSNAVQQLDQLLAESKSCQAKEKELLDKTQSGIDTGLKSLKQ ISTDFNESLRSQRDDLVNLLEEQTNVSTATITSQCGNVMDIANQTQSSMSHTFNENTLKM SQEWQDRLAGNRQDFERSMTERDSDVSKLKEVVDQFMSIDLKEDIPTGMTPQRRQFTYPR VLSQTKPHSDLLHEYRDKLADLAEVSESPDQSYDTVSHDTSTCSSASSTCSFKDAEKSQE NQAMKKKKMKSKSKGQKPLQAVN NT seq 3132 nt NT seq  +upstreamnt  +downstreamnt atggagcgctctggtggtaaacctagaaagactcttccacctcaagagaaaaacatacaa gtcgtggtcaggtgtaggccaagaaacaactctgaaaaaaagtcaggctccccacaagtg atagatgctaatacaaggaaaggagagattgtcgttcatcaggagttacacgagaaagcc atcacaaagacatttagttttgacagagtctacgggccagaatccactcaaattgaggtg tatcatggagtcgttgagccgataatagccgaagtgctcactggatacaactgtaccgtg tttgcttatggtcagactgggactggtaagacatatacaatggagggagagaggtcacct caaggagctttatcttgggaagaggatcctttagctggaatcatcccaaggtccctgcac cagctgttcgatcagttagaatgtcaagagtcagagttctctgtccgcatatcatttctc gagttatataatgaagaattgtttgatttactgagtaacgggaatgagcaagttaaatta cgcatatttgatgactcagcacgtaaaggtggagtcctagttcaaggcttagaagagatt acagttcattctaaaaatgaagtgtacgctattcttgagagagggagcaagaggagacag actgcagctacactcatgaatgcctcctcatctcgatcgcatactgtcttctcagttaca gtacatatcaaggaaaactcacttgatggagaagaactattgaaaactgggaaacttaac ttggttgatttggctggctcagagaacattggcagatctggtgctttagataaaagagct aaagaggcaggaagcatcaatcagagtctgctaacactaggacgctgcatcactgcactg gtagagaaatgccctcatattccttacagggagagcaagctgactagaatattgcaggac tcactaggagggcgtacaaggacatcaataatagccacaatctctccagcattgttctgc ctggaggagaccatcagcacactggactatgcacacagggcaaagaacatcaccaacagg cctgagattaatcagaaactgaccaagagagcactaattagagagtacacgggtgagatt gacaaactgaaaaaagatttactggcagctcgagagaagaatggaatcttcctctcaccc gaaaactaccttggtatggagacaaagatcaagactcaaggagaattcattattgagtta gaggagaagattaggagctgtcaagaagaaattaaaaagttagagactatgtttggggac attaaagaagagcttcacgagaaagaggctgaactggctgtgagatgtcaagaactggaa cacacacaattctcactggtggaaactaaaaaaaacctgtcccaggtgaagagagagaaa gatgaaacaagctacttaatgacagaacacatcaagactgaagaagtgctgcatggtcaa gctaaacagttgatgagcaccattgagaatgctgttgatgatgtagagggactccacagt aaactggacaggaagtcaaccattgaaaccactaacaagcaaactgctgcacaatttaat gaaagttttgggaaggagacgtctgccctgagggataatcttcacacactgaagacacac caactggagtttactggatcactgatggagagcatcagagggtggagtgtatcacatggt cagcatgtgaggcacatacaggaactgatagggaccattcaatcagcagtgggcacctcc tctcaacaccacaccactgtcctaaaggaaagactggccactaatactcagagagtgggg gagatggacactagccattttgagaagtcattcaataaagcctgcaatgtgttgctggtc actgatctgatgccactgatctctcaactaaatgaagctatttcaatacatgctacacag caacagtcagtactggacacagtcaagcaaaaggtgttggattataatgatactgtgtgt cagtttgaatccagtcagtcggagaagttaagagaaatggagtctgcaattgaaaagaat aaagaagaacaatctaataaacttgatagtatcagcttgaaaatggacagtacactgtct gagcaagacttactccagcaacaaatgtttgatgaattgagtaagactgtcagtcggtgg atatcaacagctaaacaatcaatgaccactcaacagcagactcacaataatgaactgaag gaaggtttgaaggaatgtaaagttgagcaccaagagattagttcctcattgcatcaatca gtcaatgagattaggagtaatgtgtgtcaatttaaagctgcttctactgatgttactagc aatgctgttcaacagttggatcaattattagctgagagtaaatcttgccaagcaaaagag aaagaattgttagataaaacccagtcaggaattgacactggactaaagtccttgaaacag atttctactgattttaatgaatcactgagatctcaaagagatgatttggtcaatttactt gaggagcagacaaacgtgtcaacagctaccatcactagtcaatgtggtaatgtaatggac attgctaatcagactcagtccagcatgagtcacacttttaatgaaaacactttaaaaatg tctcaagaatggcaggacaggctagcagggaacagacaggactttgagaggagcatgaca gagagagacagcgacgttagcaaattgaaggaagtggttgatcaatttatgtccatagat cttaaagaagatataccaacaggtatgactccacagaggagacagttcacatatccacgt gttcttagtcaaactaagcctcactctgatctcttgcatgagtatagagacaagttagct gatcttgctgaagtcagtgagtcacctgatcaatcatatgacacagtgtcacatgatacc agcacctgttcaagtgcttcgtcaacttgctcctttaaagatgctgagaagtcacaggaa aatcaagcaatgaagaaaaagaaaatgaagtcaaagtctaaagggcagaagccactgcag gcagtgaattga

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