Xiphophorus hellerii (green swordtail): 116727738 Help Entry 116727738         CDS       T07363                                  Symbol kif19 Name (RefSeq) kinesin-like protein KIF19   KO K26157   kinesin family member 19 Organism xhe  Xiphophorus hellerii (green swordtail) Pathway xhe04814   Motor proteins Brite KEGG Orthology (KO) [BR:xhe00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     116727738 (kif19)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:xhe04812]     116727738 (kif19) Cytoskeleton proteins [BR:xhe04812]  Eukaryotic cytoskeleton proteins   Microtubules    Tubulin-binding proteins     Kinesins      116727738 (kif19) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Kinesin Microtub_bd Phage_int_M Motif Other DBs NCBI-GeneID:  116727738 NCBI-ProteinID:  XP_032431254 LinkDB All DBs Position 10:complement(12467133..12505501) Genome browser AA seq 1016 aa AA seqDB search MKDTGESKDQQLTVALRIRPLSDAEQEEGATIVAHRVDDQMVVLMDPMEDPDDILRANRS REKTYMFDVAFDFSASQDEVYRATTKGLIEGLISGYNATVFAYGPTGCGKTYTMLGTDKE PGIYVRTLNDLFRAIEETSDDMLYSVSMSYLEIYNEMIRDLLNPSSGFLDLREDSKGVIQ VAGITEVSTINAQEIMELLMKGNKQRTQEPTAANQTSSRSHAVLQVAVKQQSRCRDVLQE VRFARLFMIDLAGSERAAQTQNRGQRLKEGAHINRSLLALGNCINALSDKNGNKYVNYRD SKLTRLLKDSLGGNSRTVMIAHISPASIAFEESRNTLTYADRAKSIRTRVKKNLINVSYH IAQYTNIISDLRCEIQRLKKKIAEQATRQVGSDRADIRNIQAEVQAHSSQQSRAEMDELR EQLLDAFRQQMKIRKSLIELENSNMEIQIDTSKHLVTIADWEQEQSKRRRKWRSERRKES VNKDESEKDSDSPDSPPDSTETREVAVARENLVTLMAEQKKIQKQKGLLEQRFLELRDRA RRLEELLPRRVSSEEQREILGLLCKVHELEIENTEMQSHALIKDNVIRQKNFVVQRFEQH RHLCDEIIQQQRQFIDENSLLVPPHLQELYEMYMRELDERKLERAVALDKVTTRQTIKEG SLPKISLPAQGHDCTQDVDSDQESLGSMFTENRRGQARMRRHTLPPILPEAEPDRVFKSS PHAKQIKNSAVMTPPPIHINGKGNRELQPLAPESFTSYSHLSHSISSQLDSSPESSEAGG DVTISRNERQQILKGVQNIVVKAARRRSKALEVDVLRLPAAPSPLDHKKQKSNLSLIEGP PRGLPLRRGRQPSPELRHATSDDNLSSSTGEGPGLHVTWTRPRNHHATNKNQTPREVDFE ARRKKRRSRSFEVTGQALPQTKAIKAQRFRPLDSTSDPHLHINGQPQAPMVRPQYRGVPP IAKVRPHHSNHTHTGTIAESSTASINNLKRGPQLRQPHPLLYVTTTGTGAQRTRRH NT seq 3051 nt NT seq  +upstreamnt  +downstreamnt atgaaggacacgggggaatcaaaggaccaacaactaactgttgccttgaggattcgaccc ctgagtgatgcggagcaagaggagggggcgaccattgtggcccacagagtggacgaccag atggtggttctgatggaccctatggaagatccagacgacatcctgcgtgccaaccgctcc agggagaagacttacatgtttgatgtggcattcgacttctcggctagtcaggacgaggtt taccgagctacaaccaaagggctcattgaaggcctcatatcaggctacaatgccacggtg tttgcctatggacccacaggttgtgggaagacatacaccatgttaggcactgacaaagag ccaggaatctatgttcgcacactgaatgacttgtttcgtgccatcgaggagactagtgat gacatgctgtacagcgtgtcaatgtcttatctagagatctacaatgagatgatcagagac ctgctgaacccatcttcaggtttcttggatctaagagaagactctaagggtgtgattcag gttgcaggcatcacagaagtgtcgaccatcaatgcccaggagatcatggagttgctaatg aaaggcaacaagcagcgcacgcaggagccaacagccgctaatcagacatcgtctcgctcc cacgctgtgctgcaggttgccgtcaagcagcagagccgttgtcgtgacgtgttgcaggag gtccgctttgctcggcttttcatgattgacctcgccggctcagaaagagctgctcagact cagaatagaggtcagcgactgaaagaaggagctcacatcaatcgctccctcctggctttg ggcaactgcattaacgccctgagtgacaaaaatggcaacaagtacgtcaactatcgagac agcaagttgactcgcctcctgaaggactcattgggtgggaacagcagaacagtgatgata gcccatattagccccgcctctatagcttttgaggagtctcgaaacacgctgacatacgct gaccgtgccaaaagcatacgtacacgggtgaagaagaacctaataaatgtgtcataccac attgctcagtacacaaacatcatctctgacctccgctgtgaaatccagcggctcaaaaag aagattgcagagcaggcgacccggcaggtcggctccgaccgagctgacatccgaaacatc caggcggaggtccaagcccactccagccagcagagcagagcagagatggacgagttgagg gagcagcttctggatgctttccggcagcagatgaagatcaggaagagcctgatcgagctg gagaacagcaacatggagatccagatcgacacctctaaacaccttgtcaccattgcagac tgggagcaggagcagagcaagcgcaggagaaagtggcgttcagaaagaaggaaggaaagt gtcaataaagacgaaagtgagaaggattcggattccccagactctcccccagacagcaca gagacccgggaggtagcagtggctcgggaaaacttagtcaccctcatggctgaacagaag aagattcaaaagcagaagggtttactggagcagaggtttctggagctccgggatcgagcc cggcgcctggaggagcttcttcctcgcagagtgagctcagaggagcaacgcgaaatcctt ggcctcctctgcaaggtccacgagctggagatcgagaacacagagatgcagtcccacgct ctgatcaaagacaacgtcatccggcagaagaactttgtggttcagcgctttgagcagcac agacacctgtgtgatgagatcattcagcaacagagacaattcatagatgagaacagcctg cttgtaccaccgcacctccaggaactatatgagatgtacatgagggagctggatgagagg aagctggagagagctgtagccttggacaaggtgaccaccagacaaaccatcaaggaagga tctttaccaaagatctctctgccagctcaaggtcacgattgcacacaggatgtagattct gaccaggagagcttaggcagcatgttcacagagaacagacgaggtcaagccagaatgcgc agacacaccttacccccaattctccctgaagctgagccggacagggtgtttaaaagcagt cctcatgccaagcagataaagaactcggctgtaatgacccctcctccgatacacataaat gggaaaggcaacagagagctgcagcctctggctcctgaaagcttcacaagctatagccat ctcagccacagcatcagcagccaactggactcatcacccgaaagcagcgaagctgggggt gatgtgaccatttctcgaaatgaacggcagcagatccttaaaggggttcagaacattgtg gtaaaagcagcccgtcgacgttccaaagccctggaggtggatgtccttcggttacctgct gccccctctcccctagaccacaaaaagcagaaaagcaacctctctttaatcgaggggccc cctagaggtctacccttgcggcgcggcaggcagccaagccctgaactgagacacgccacc tctgatgataacctgtccagcagcacaggggagggaccaggcctgcatgtgacctggaca cgtcctcgcaaccaccatgctaccaacaagaaccaaacacctcgcgaggtggactttgag gcccgtcgcaagaaaagacgctcaagatcttttgaggtcactggtcaagcactgcctcag accaaagccatcaaagctcagaggtttcggcctctggacagcacatcggaccctcatctc catattaacggccaaccccaggcccctatggtgcgtccacagtaccgaggggtccctcct atcgccaaagtcaggcctcaccacagcaatcacacacatacaggaacaattgctgagtcc tccacagcaagcattaataacctgaagagaggaccccagctccggcagccccaccctctt ctctatgtcaccaccacaggcaccggggcccagcgcactcgcagacactga

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