Nilaparvata lugens (brown planthopper): 111051630 Help Entry 111051630         CDS       T07276                                  Name (RefSeq) kinesin-like protein KIF20B   KO K10402   kinesin family member 20 Organism nlu  Nilaparvata lugens (brown planthopper) Pathway nlu04814   Motor proteins Brite KEGG Orthology (KO) [BR:nlu00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     111051630  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:nlu04131]     111051630    03036 Chromosome and associated proteins [BR:nlu03036]     111051630   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:nlu04812]     111051630 Membrane trafficking [BR:nlu04131]  Endosome - Golgi transport   Rab GTPases and associated proteins    Rab associated proteins     111051630 Chromosome and associated proteins [BR:nlu03036]  Eukaryotic type   Centrosome formation proteins    Spindle formation proteins     111051630 Cytoskeleton proteins [BR:nlu04812]  Eukaryotic cytoskeleton proteins   Microtubules    Tubulin-binding proteins     Kinesins      111051630 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Kinesin APG6_N Ground-like Motif Other DBs NCBI-GeneID:  111051630 NCBI-ProteinID:  XP_039286142 LinkDB All DBs Position 6:complement(15136641..15156240) Genome browser AA seq 1618 aa AA seqDB search MASKKGSSLYSAPLAKRKFNFSEVEESTPKEMDSIKVYLRVKPHDERQINESNDVFEVTD SNTLLVKATGGSRKFSRGNEEYSYTFTHIFPSDVSQKEVFEKSVKESVVDFVNGFSSLIF SYGTTNAGKTFTIQGTSQQPGLIPRALCLVFKSIEDRQTDDVEYMPCGRIVKRMTENELK NHSELKQIIINHSNSDDSQSSTKTVHKLSQHESGHDFEMMDMILEKETNSLVVLKPESTY SLWISFYEIYNECIYDLLTPPLTSNSQRKHLKIGEDSAKNSFVKDLNYVNVTSIHDARRV LIYGSNNLQVAMTGLNAQSSRSHCIFTLTLVRSPEAAETGDDIVISQLSLCDLAGTERQK KTLNVGERLKESQHINCSLHVLSRCFDIIRENQNRADRCVIPYRESKLTQLFQKALRGEE KIVMMVNINMAFSLDETHQVLKTSAIARKTTTSMKPWQQKKRRSRSAMLRRSIAEHSRGT KSSTLARSTLTEVDVEEDSEYADVTNVHDQSKQIVESLLATIDTQKRKIVSYKNKVDELE EMNSGLEDELRQELAVEYGKLIKTIEDRLKQRIEDKDKVIDEKDRVIAELERRVNCEVDA ENGLRQSATKKRKVFDCSLSMIEANTSHVDDDVAVLREENNLLKNDLHSLKSNLDHYKNE NLELSKKYAELKLMRRIENIATLREAVIDEDILRILGEMDNMKEKFEAEVSKRNALIKEA MDEMKYLETDYNEVRTENGKLEGDLLVARDELEDAKRSLAIANQITASKSEENHQLELKL EQLETDNEKLNDYIELAEAEIKCLQQKLKLLERNGAKSVDIFNEDNSIVMNERSAQLFTK LDDNSHNTLCNQLQKVSLEYDNPGLADDSITMQHHSTFGIDSMNLSKQQTSLNSLQSTLA NKTEDLASMQQNYTFDALSMNLSKQQTSLISLQSTFTEKTVPDNITNSLRQQFSKSLAPN VSLSDEYVTSKSKSLGSNSKTTTFCRGNQTFEVDNGLSTRCQADEEEEEEQKNKEENETK EIEQKIFELTNEIEKLRQNNHSLILVVEHYKGEKTNLEYKIVDLSEDIERLKDQNEVHKS QFQQKLTELSLEMKEIINFQSKTANLMEDFEKEKAVFEETIEKFNVVKKIQAEEIARLKE VIDGKNVELEQCKSVSESNQEQLKKSEKIISEMKEMASTLKTSNDELITCNKELNDKNVQ LVQQLESKDEANESLAQKLSDFEAKHESLLQEIDSRECRIREYTEENKKLIGERESVLQE FNDLQISHNRLLNELSTSNGEYAVKNEQLMEELRSTNEKCESLLQRIVVVEADKERLMNE ADTTSREHLEKIDQLMKELQLKSESDDSQLQKLKNQEAINERLVTEIGHLNLSNEDYINK NHRLEEELKSKNEKYETILQKLNNLEAKHECFVKEMDTKESSLRQVENELMAARKDLELK ADEIKKLETVSRTCKSESAIEKRHTGSNSKVKISEQSEDDLDDVFFSPLSENKRPATNTK TERPSRIARAKPMKTETSSARKPKRVTRSAVSTHAQNVSTSPPHANILKNLQSEINTKSP AVSGGRRLLAQPTAMPHISFEEFADDPQMESESPVSILNRLTGTPAPQRKLRTRRKKD NT seq 4857 nt NT seq  +upstreamnt  +downstreamnt atggctagcaaaaagggatcaagtctttattcagcgccccttgctaagaggaagttcaat ttcagcgaagtggaagaatcaactccaaaagaaatggattctattaaggtatacctgcgg gtgaaacctcacgatgaaagacaaataaatgaaagtaacgatgtattcgaagttactgac tcgaatactttgttagtaaaagctactggaggttcgaggaaattcagcagaggaaacgag gagtacagttacacattcacacacatcttcccttctgatgtttctcagaaagaagtattt gagaaaagtgtgaaggagtcagtggtagacttcgtgaatggattcagttctctgatattc tcttacggcaccaccaatgctggaaaaacatttaccattcaaggaacaagtcagcaacca gggttaataccgcgcgccctttgccttgtgtttaaatcaatcgaagacaggcaaactgat gacgtggagtacatgccttgcggacgaatagtcaaacgaatgactgagaatgagctaaaa aaccactccgagcttaaacagattattataaatcatagcaatagtgatgattcacagagc tcaacgaaaaccgttcataaattgagccaacatgaaagtggacacgacttcgaaatgatg gacatgattttagaaaaagagaccaattctcttgttgtgttgaagcctgaaagtacgtac tcgttatggataagcttctatgagatctacaacgagtgtatatacgacctgctcacaccg ccgctcacatcaaacagtcaacggaaacatttgaaaatcggcgaagactcggcgaaaaac agttttgtgaaagacctgaactacgtgaacgtgacgtcgatccatgatgcgcgaagagtg ctgatctatggcagtaacaatctgcaggtggcgatgaccggcctgaacgcacagtcgagt cgcagtcactgcatattcacgctgactctggtgcgcagtccagaagccgcagaaaccggc gatgacattgtcatcagtcagctgtctctgtgcgatctagcaggcactgagcgccagaag aagacactgaacgtcggtgagcgactgaaggagtcacaacacatcaactgctcactgcac gtccttagcaggtgcttcgatattattcgcgaaaaccagaacagagctgacaggtgtgta attccctatcgagagtcaaagctcacccagctcttccaaaaagcattgagaggagaagag aaaatagtgatgatggtaaatatcaatatggctttctcgttggatgagacacatcaagtg ttgaaaacatcagcgattgcacgcaaaacgacgacgtcgatgaagccctggcagcagaag aagcgtcgttcgcgatcagcgatgctgcgcaggtcgattgccgaacattcgcgcggcaca aaatcgtcgacgctggcacgaagcactctgaccgaggtggacgtcgaggaagacagcgag tacgctgacgtcaccaacgtccacgaccaaagcaagcagattgtagagtcgctgctcgcc acaatcgacacccagaagaggaagatcgtctcatacaagaacaaagtagacgagttggag gagatgaattccggcttggaggacgaactgagacaggagctggccgtcgagtatggcaaa ctcatcaaaacaatcgaagatcggctgaagcagcgcatcgaagacaaggataaggtcatc gatgagaaggacagagtgatagccgagctggagcgtcgtgtcaactgcgaggtggatgct gagaatggtctccgccaatcggccacaaagaaacgaaaggttttcgattgttcgttgtcg atgattgaagccaacacttcacacgttgacgatgatgtagctgttctcagagaggagaac aacttattgaaaaatgatttacatagcttaaaatcgaatttggatcactataaaaatgag aatttggagctgagcaagaagtatgccgagttgaagttgatgcgcagaattgagaacatt gcaacgttgagggaagcagtgatcgatgaagatatactgcgtattcttggtgaaatggac aacatgaaggaaaagttcgaagcggaagttagcaaacgaaatgcgctgatcaaggaggct atggatgagatgaagtacctcgagactgactacaacgaggtgcgaactgaaaacggaaag ctggaaggcgatctactggtcgccagagatgaattggaggatgccaagcgctctctagcc atcgccaaccaaatcaccgccagcaaatccgaggagaaccaccaactggaactgaaactc gaacagctcgaaactgacaacgagaaactgaacgactacatagaactagcagaggctgag atcaagtgtctccaacaaaagttgaagttgctggaacgaaatggagccaaaagtgtggac atctttaatgaagacaacagcattgtgatgaatgagcgaagtgcacagctgttcaccaag ctcgacgacaattcacacaacacattgtgcaaccagttgcaaaaggtttcactggaatac gacaatccaggtctggcagatgattcaatcaccatgcaacaccactctacattcggaatc gactcaatgaacttatcaaagcaacagacatctctgaattcgttgcaatcgactctcgct aataaaactgaggacttggcttccatgcaacaaaactatactttcgatgccctttcaatg aacttatcaaagcaacagacatctctaatttcgttgcagtccaccttcactgaaaaaacc gtgcctgataatattacaaacagtttaaggcaacaattctccaaatcattagcccctaat gtgtcgttatctgatgagtatgtgactagtaaatcgaaatctcttgggagcaattccaag actactacattttgtagaggaaatcaaacttttgaagttgacaatggtttgtccactcgc tgtcaagcagatgaagaagaagaagaagagcaaaagaataaagaagagaacgagacaaaa gaaattgaacagaaaatatttgagctgacaaatgaaattgaaaaactcagacaaaataac cattcgctgatacttgtcgtggagcattataaaggggagaaaacaaatttggaatacaaa attgttgatctatcagaagatatagagcgtctgaaagatcaaaatgaagttcataagtcg caatttcaacaaaaactaacagaactgtcacttgaaatgaaagaaatcataaacttccaa tcaaagactgccaatttgatggaggatttcgaaaaagagaaggcagtttttgaagaaaca atagagaaatttaatgttgtgaagaaaattcaggcagaagagattgcacggctgaaagaa gtaatagacgggaaaaatgttgaactggaacagtgcaaatctgtttcggagagtaatcag gagcagctgaagaagtcagagaaaattatttctgaaatgaaagaaatggcatcaaccttg aaaacttcgaatgatgagctaatcacttgtaacaaggaactcaatgacaaaaatgtacaa ttggttcaacaacttgaatcgaaggatgaggccaacgaaagcttagcgcagaagttgagt gattttgaagcgaagcatgaaagtttgttgcaagaaatagacagtagagaatgtcgcatc agagagtatacagaagagaataagaaattgattggggaacgtgaaagtgtgctgcaggaa tttaacgacctgcagataagtcataatcgtttgctgaatgaattgagcacttctaacgga gaatacgccgtgaaaaatgagcagttgatggaggaactgcgatcgacaaatgagaaatgc gagagtctattacagagaattgttgtggtagaagctgataaggagcgtttgatgaatgaa gcagataccactagcagagaacacttggaaaaaattgaccaactcatgaaggagctgcaa ttgaagagtgaatcagatgatagtcaattgcagaaattgaaaaatcaagaagcaatcaat gagcgtttggtgacagaaataggtcatttaaatcttagcaacgaagattacattaataag aatcaccgattggaagaagagttgaaatcaaagaatgaaaagtacgaaactatcctacaa aagctaaacaacttggaagcaaaacacgagtgtttcgtgaaagagatggatacaaaagaa agcagcctccgtcaagttgaaaacgaattgatggctgctaggaaagatttggagctgaaa gctgatgaaatcaaaaaacttgagacagtaagccgaacttgtaagagcgaatccgccatt gagaagcgccacactggttccaactcgaaagtgaagatatctgagcaatcagaagatgat ctggacgatgtattcttctctcctctctctgaaaacaaacgacctgcaacaaatactaaa accgagcgcccatcgagaatagcccgagccaagcccatgaaaacggaaaccagctctgct agaaaacctaaaagagtcactcgatcggcggtatctacgcatgcgcagaatgtatcaaca tcgccaccacatgccaacatcctgaagaatttgcagtcggagattaacacgaaaagtcct gcagtgagcggtggtagacgtcttctcgctcaaccaaccgccatgcctcacatttccttc gaagaatttgctgatgatcctcaaatggagagcgagtcacctgtgtccatattgaacaga ctgaccggtactcctgcaccgcagcgtaaactcagaaccaggagaaagaaagactag

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