Salmo trutta (river trout): 115187802 Help Entry 115187802         CDS       T08542                                  Symbol kif13a Name (RefSeq) kinesin-like protein KIF13A   KO K17914   kinesin family member 13 Organism stru  Salmo trutta (river trout) Pathway stru04814   Motor proteins Brite KEGG Orthology (KO) [BR:stru00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     115187802 (kif13a)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:stru04812]     115187802 (kif13a) Cytoskeleton proteins [BR:stru04812]  Eukaryotic cytoskeleton proteins   Microtubules    Tubulin-binding proteins     Kinesins      115187802 (kif13a) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Kinesin Kinesin_assoc Microtub_bd CAP_GLY DUF3694 KIF1B FHA Yop-YscD_cpl Motif Other DBs NCBI-GeneID:  115187802 NCBI-ProteinID:  XP_029602707 LinkDB All DBs Position Unknown AA seq 2009 aa AA seqDB search MKMSDTKVKVAVRVRPMNRRETELHTKCVVDMEDNQTVLHPPPSNNKGENSRKQPKVFAF DHCFWSMDESNMPKYAGQEVVFQCLGEGILENAFQGYNACIFAYGQTGSGKSFSMMGNKK APGLIPRLCCSLFERIGREDSQVLSFKVEVSYMEIYNEKVRDLLDPKGSRQSLKVREHKV LGPYVDGLSQLAVTNFEDIEVLMSEGNKSRTVAATNMNEESSRSHAVFSIIVTQTLYDLK SGNSGEKVSKMSLVDLAGSERVSKTGAAGERLKEGSNINRSLTTLGCVISALADQSAGKG GKNKFVPYRDSVLTWLLKDNLGGNSKTCMIATVSPAADNYEETLSTLRYADRAKRIVNHA VVNEDPNARIIRELREEVEKLRVQLSQAESLKAPELKERLQESEKLIQEMTVTWEQKLRN TEEIATERQQQLESMGISLETSGIKVGEDKCFLVNLNADPALNELLVYYLKEHTHVGADT SQDIQLFGIGIQSEHCVLEISPDGGEVTLTPIENARTCVNGTMTESLVHLWHGDRILWGN NHFFRINLPGRKRRERVKELERERASPRESFVEVDVETASEASSEQDYSYEFAQTEVMMK TLGNNDPMQNVVQVLEKQYLEEKRTALEEQRMMYERELESLRQQLSPERTNQHQRSSSDR LTFPTHTPSHHSKIRPWTEERDELFRQSLSRLREQVVKANTLVREANFLAKEMNKLTDYQ VTLQIPAANLSANRKRGAIVSEPAIQVRWKGKGTQVWTIDKLENKLVDMRDHYRDWKEGA EGTNTKLNNHKQHSESFYEAQENHNLIGVANVFLECLFHDIRLQYAVPIISQQGEVAGRL HVELVRVSGAVPERLEGGDDSSENSSESSIYDVMDSQGEMVHMARRLSCRVRIREATGLP VNLSNFVFCQYTFWEGAEPTVAPPMVSPDTPTTPRTPDAQFTVRFDHCKDYVIHVTEEFL EFIADGALAIEVWGHRCAGNGRSLWELDALLAKTRTLRDRWSEVSRRIELWVSIQELNEQ GDYSDVEMQPGKDIGTGGVFQLRQGHSRRLQVCVKQVQDSGTLPLLVEAVLSVSIGCVSA RSTKLQRPLDSYQREEEDGDMDSYQEEDLNCVRDRWSEALIKRREYLDEQINKIINKQEK SEEDMEREARLVEQWVGLTEERNAVLVPAPGSGIPGAPAHWAPSAGMEAHIPVLFLDLNA DNLTVNQQLTGPNAAGVNSILPKEHGSQFFYLPIIRHSDDEVSAVCSWDSSIHDSVHLNR VTSPNERIYVIVKSTVQLSHPASMELVVRKRISVNIYNKQSFTQSLKRRMSLKNTLYSCG VTYEILSNIPKASEEPEERETLALIAARGDGEESQGGQTYIEQYTRGLLEVENILSLERL RQAVTVKEALSVKGRNIRRSFSTPNVQHTSCSKTDLIGWEDVDWKDHCDLHQDVSDCTPQ DGGSLCGTPLKNKTENHGLVPESPTFFNSSPFKALSPQTPKFLKSLLPVREESKTKRVLE ARPLLGQESMRSSCVDSSVLLPPPCRGHAPWRRPRAGSEGHRSPSTTTLTPSTLTLSICT SRQLCLTLPHTADSEEETDMALSLGLGSQDFHSFQSYIPEDFANFEVYNATLESQEVGVG VAGVRGELRGGRGGGGGGDREGAPRSPTASSCTSGYFSHSASDATLSDVPFGASDSSDQL SASAVAQDRHDPDRETHNLHPHESPSFHCTSTGRGCASPWGDTQTPACPPGFPSQPLPTP QTTTSPSSPVSVPNCSEQPPSPWPRRCVLSVSQEFTDFKGADDGMEDLGELGHFQPGDAA HISPVPAEEEKEGSGSRDQTSDKSLVVINTQQQRSSHLPQPHSHLHNGKQCVGSVAVPCP PPSIPPGQLAGGEPQVQEPIQGDLPPGSPCPSPSCPSPNPSSTEASGDSCSGDEGSGSPV AQLPDWMAPGEQVWVGKRSGTVHYVGGVEFAKGIWVGVQLDLAVGKHNGTVQERVYFRCP PGHGVFVKPSCLTRGPPSMDTTDPQPLVR NT seq 6030 nt NT seq  +upstreamnt  +downstreamnt atgaaaatgtcggataccaaggtaaaagttgcagtcagagtccgacccatgaaccggaga gaaacggaactgcatacgaaatgtgtggtggatatggaggataaccaaactgttctgcat ccaccaccttcaaacaataaaggagaaaacagcaggaaacaacccaaggtgtttgccttt gaccactgtttctggtccatggatgagtccaacatgcccaagtatgctggtcaagaggtg gtgttccagtgccttggtgagggaatactggaaaacgcctttcaaggatacaatgcctgc attttcgcctatggacaaacagggtcagggaagtccttctccatgatggggaataagaag gctccagggctgatccccaggctgtgctgctccctgtttgagaggatcggccgggaggac agccaggttctctccttcaaggtggaggtctcctacatggagatatacaacgagaaggtc cgtgacctgctggaccctaaagggagtcgtcagtctctgaaggtcagagagcacaaggtt ctgggtccgtatgtggacggcctgtcacaactggccgtcaccaactttgaggacattgag gtgttgatgtcggaggggaataagtcgcggacggtggcggccaccaatatgaatgaggag agcagtcgttcccacgccgttttcagcatcatcgtcacacagacactctacgacctgaag tctgggaactcaggggagaaggtgagcaagatgagcctggtggatctggctggtagtgag cgtgtgtctaaaactggagctgcaggggagaggctgaaagagggcagcaacatcaacagg tctcttaccacactgggctgtgtgatctctgcgctggcggaccagtctgcagggaagggg gggaagaataagtttgttccttacagagactctgtcctcacctggctcctcaaggacaac ctgggtggcaacagtaagacgtgtatgatcgccacggtgagcccagcagctgataactac gaggagacgttgtccacgctgcgttacgcagaccgcgccaagaggatcgtcaaccacgcc gtcgtcaatgaagaccccaacgcacgcatcatcagagagctccgggaggaagtggagaaa ctcagagtacagctctctcaggctgagtctctaaaggctccagagctgaaggagaggctt caggagtcagagaagctgatccaggagatgactgttacctgggagcagaaactacgcaac acagaggagatcgctacggagcgtcagcagcagctagagagtatggggatctccctggag acgtctgggatcaaagttggagaggacaaatgcttcctggtcaacctgaacgcagacccc gccctcaatgagctgctggtctactacctaaaggaacacacgcatgtgggtgcagacacc tctcaggacatccagctgtttgggattggtatccagtcagaacactgtgtgttggagatc agcccagacggaggggaggtcaccctcacccctatagagaatgccagaacctgtgtgaat ggaaccatgactgagtccttggtccacctgtggcatggagaccgcatattatggggcaac aaccacttcttcaggataaacctgcctgggcggaagcggcgtgagcgtgtgaaggagctg gagagggaacgtgcatcccccagggagagctttgtagaggtagacgtagagacagccagc gaggcctcctcagaacaggactacagctatgagttcgcccagacggaggtcatgatgaag accctgggaaacaacgatcccatgcagaacgtggtccaggtgttagagaagcagtacctg gaggagaaacgcacggcgctggaggaacagaggatgatgtacgagagagagctggagtca ctacggcaacagctgtctcctgagaggaccaatcagcaccagcgatccagcagcgaccgc ctcaccttccccacacacacaccatcacaccacagcaagatacgcccctggactgaggag agggacgagctgtttcgacagagtctgtccaggctgagggagcaggttgtgaaggcaaac accctggtgagagaggccaacttcctggcaaaggagatgaacaaactgactgactaccag gtcaccctccagatccctgcagctaacctcagtgccaaccgcaagcgtggagccatagtg agtgaaccagccatccaggtgaggtggaaaggcaaggggacacaggtttggaccatcgac aagctggagaacaaactagtggacatgagagaccactacagagactggaaggagggagct gagggcacgaataccaagctgaacaaccacaagcagcacagtgagtccttctatgaagct caggagaaccacaacctgataggagtggccaacgtctttctggagtgtcttttccatgat atcagactacagtacgctgttcctatcatcagccagcagggggaggtagccggcaggctc cacgtagagctggtgcgtgtcagcggggcggtgccggagcggctggagggaggagatgac tcatcagagaactccagcgagagcagcatctacgatgtgatggacagtcagggagagatg gtccacatggccaggagactctcctgcagggtgcgtatcagggaggccacggggctgcct gtcaacctgtccaacttcgtcttctgccagtacaccttctgggagggggcggagcctaca gtggccccgcccatggtcagcccagacacgcccaccacgccccgcacccccgacgcccag ttcaccgtccgcttcgaccactgcaaggactatgtgatccatgtgacagaggagttttta gagttcatcgcagatggggcgctggccatcgaggtgtggggtcaccgctgcgccgggaac ggacgctctctctgggagctggacgcactgctggccaagacacgcacactacgagacagg tggagtgaggtgtctcgtcgtattgagctgtgggtttctatccaggagctgaatgagcag ggggactactctgatgtagagatgcagcctgggaaggacatcgggactggaggagtgttc cagcttagacagggtcactcgcgcaggctgcaggtgtgtgtgaagcaggtgcaggactct gggactctgcctctgctggtggaggctgttctgtctgtctctatcggctgtgtgtcagca cgctccaccaagctacagagacccctggacagctaccagagggaggaagaggatggagat atggatagttatcaggaggaggacctgaactgtgtgagggaccgctggtctgaggccctc atcaaacgacgagagtacctggacgagcagatcaacaagatcatcaacaaacaggagaag tcagaagaggacatggagagagaggccaggctggtggaacagtgggtagggctgactgag gaaaggaacgctgtactggtgcctgcgcctggcagtggcatacctggtgctcctgctcac tgggctccctctgctgggatggaagctcacatccctgtcctcttcctggacctgaatgca gacaacctgacagtgaatcaacagttaacaggacccaacgctgccggggttaactctatc ctacccaaagagcacggcagccagttcttctacctgccaatcatcagacacagtgatgac gaggtgtcagcggtgtgctcctgggactcatccatccacgactctgtgcacctgaaccgc gtgacgtcacccaacgagcgtatctacgtgatcgttaaatccacggtgcagctcagccat cctgcctccatggaactggtggtccgcaagaggatctctgtcaacatctacaacaaacag agcttcacccagagtctgaagagaaggatgtccttgaagaacacactgtactcctgtgga gtcacctatgagatcctgtctaatataccaaaggcgtctgaggagcctgaggagagagag actctggccctcatagcagcgaggggagacggtgaggagagtcagggtggacagacctac atagagcaatacaccagaggacttctggaggtggagaatatactgagcctggagagactc cgacaggcggtgacggtgaaggaagctctgtctgttaaagggagaaacatcagaaggagc ttcagcacccccaacgtacagcacacttcctgcagcaaaacagatctgattggctgggag gatgtagactggaaggaccattgtgaccttcatcaggatgtctctgactgtactccccag gacggaggttctctgtgtgggacgccactcaaaaacaagacagagaatcacggtctggta ccagagagccccaccttcttcaactccagcccgttcaaggccctctctccacagacgccc aagttcctcaagtctctgctgccggtcagagaggagagcaagaccaagagagtcctggag gcacgaccactactgggacaggagagcatgcgctcctcatgtgtggacagctccgtgctg ctccccccgccgtgccgcggccatgccccctggcgcaggcccagagcgggcagcgagggc caccgcagcccctccaccaccaccctcaccccttccaccctcaccctcagtatctgcacc agcaggcagctctgcctcacactgccacacacagctgactctgaggaggagacagacatg gccctgagtttgggcctgggctctcaggacttccacagcttccagtcctacatcccagag gactttgccaactttgaggtgtacaacgctacactggagagccaggaggtgggggttggt gtggcgggggtcaggggagagctgagggggggtcggggaggtggtggagggggggataga gagggggctccacggagccccaccgccagcagctgcaccagcggttacttctcccacagt gcctcagacgccacgctctctgacgtgccattcggtgccagcgacagctctgaccagctc agcgcctccgcagtggctcaagacagacatgaccctgaccgggaaacccacaatctgcac ccccacgagtccccctccttccactgcaccagcacgggccgaggctgcgcctcgccgtgg ggtgacacccagacccctgcatgtccccctggcttcccctcccagcccctccccaccccc caaaccaccacctccccctcctcccctgtcagtgttcctaactgctcagagcagccaccc tcaccgtggccccgcaggtgtgtcctcagcgtcagccaggagtttacagacttcaagggg gccgatgacggcatggaggatctgggtgagctgggacacttccagcctggggatgcagca cacatatcccctgtcccagcggaggaggagaaagagggctctggcagcagggaccagacc tctgacaaatccctggtggtcatcaacacacaacaacagcgttcatctcacctccctcag ccccactcacacctccacaacggcaaacagtgtgtcggcagcgtagccgtgccctgccca cccccctccatccccccaggccagctagcaggaggagagccccaggtccaggagccaatc cagggagacctacctccagggagcccctgtcccagcccaagctgccccagccccaacccc agcagcactgaggcctctggggactcctgcagtggggacgagggctctggttctcccgtg gcccagctgcctgactggatggctcccggggagcaggtgtgggtggggaagaggagcggc acggtgcactacgtcggcggggtggagttcgccaaggggatctgggtcggggtgcagctg gacctcgctgtgggcaagcacaacgggacagtccaggagagggtttacttccgctgtcct ccaggccacggggtgttcgtcaagccctcctgtctcactagaggacccccctccatggac accacagacccccagcctttggtccgataa

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