Brassica napus (rape): 106452854 Help Entry 106452854         CDS       T04128                                  Name (RefSeq) clathrin heavy chain 1-like   KO K04646   clathrin heavy chain Organism bna  Brassica napus (rape) Pathway bna04142   Lysosome bna04144   Endocytosis bna05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:bna00001]  09140 Cellular Processes   09141 Transport and catabolism    04144 Endocytosis     106452854    04142 Lysosome     106452854  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     106452854  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:bna04131]     106452854   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:bna04147]     106452854 Membrane trafficking [BR:bna04131]  Endocytosis   Clathrin-mediated endocytosis    Clathrin     106452854 Exosome [BR:bna04147]  Exosomal proteins   Proteins found in most exosomes    106452854 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Clathrin Clathrin_propel Clathrin_H_link Clathrin-link TPR_COPA_B Motif Other DBs NCBI-GeneID:  106452854 NCBI-ProteinID:  XP_048636008 LinkDB All DBs Position A5:26292318..26300149 Genome browser AA seq 1669 aa AA seqDB search MESDKYICVRETSPQNSVVIIDMNMPMQPLRRPITADSALMNPNSRILALKAQVPGTTQD YLQMFNIEAKAKLKSHQMPDQVEFWKWITPKMLGLVTQYSVYHWSIEGDSEPVKMFDRAT KLENNQIINYKCSPNEKWLVLIGITPGPPERPQLVKGNMQLFSVDQQQTQSLDAHAASFA QFKVPGNENPSTLISFATKSFNAGQITSNVHVIELGALPGKASFAKKKADLSFLPDFADD FPVAMQISNKFSLIYVITKLGLLFVYDLETASPIYRNRISTDPIFLTSEASSVGGFYAIN RRGQVLLATVNEATIIPFISGPLKNLELAVNLAKRGNLPGADDLVVKRFKELFDQTKYKE AAELAAESPQGILRTPDTVSKFQSVPVQAGQTPPLLQYFGTLLTKGKLNSYESLELSRLV VNQNKKNLLKNWLEEDKLECSEELGDLVKTLDNDLALEIYIKAQTSPKVVVALVEKREFD NILIYSEKVKYTPDYLFLLQTILRTDPQGAGEFAVKMSQMKGGCPLDINTITDLFLQRNL IREATAFLLDVLKPNLPEHAFLQTKVLEINLVTFPNVAEAILAGSMFSHYDRPRVAQLCE KAGLYIQSLKHYSDLNDIKRVIVNTHAIEPQALVDFLGTLSSDWAMECMKELLIVNPRGN LQIIVQACKEYCEQLGVDACIKLFEQFKSYEGLYFFLGSYVRMSEDPEVHFKYIEASAKT GQIKEVERVTRESNFYDAEKTKNFLMEAKLPDARPLINVCDRFGFVPDLTHYLYINNMLR YIEGYVQKVNPGSAPLVVGQLLDDECPEDFIKGLIISVRSLLPVETLVEECEKRNRLRLL TQFLEHLVTEGSQDVHVHNALGKIIIDSNNNPEGFLTTNNYYDSRVVGKYCEKRDPTLAV VSYRRGQCDEELINVTNKNSLFKLQARYVVERMDGDLWEMVLDENNEYRRQVIDQVVSTA LPESKSPEQVSSAVKAFMTADLPHELIELLEKIVLQNSDFSGNVNLQNLLILTAVKADPS RVMDYINRLENFDGTVVGELAVEAQLFEEAFAIFKKFNLNVEAVNVLLDNVKSIERAAEF ALRVEEDSVWSQVAKAQLREGLVSEAIESFIRAEDATHFLEVIRVAEDANVYDDMVSYLL MVRNKVKEVKVDSELLYAYAKIGRLGEVEEFILMPNVANLQNVGDRMYDEAMYEAAKIVY AFVSNWGKLAVTLVKLQQFQGAVDAARKASSAKTWKEVCFACVDAEEFRLAQICGLNIII QVDDLEEVSEFYQNKGFFSELISLMESGLGLERAHMGIFTELGVLYARYRYEKLIEHIKL FSTRLNIPKLIRACDEQQHWQELTYLYIQYAEFDNAATTVMNHSPEAWEHVQFKDIVGKV ANVEVYYKAVHFYLLEHPDMINDLLNVLALRLDHARVVDIMRKAGQLRLIKPYMVAVQSN NVTAVNEALNEIYVEEEDYERLRESIDLHDSFDQIGLAQKIEKHELVEMRRVAAYIYKKA GKWKQSIALSKKDNLYKDCMETASQSGDHDLAEQLLVYFIEQGKKECFVTCLFVCYDLIR PDVALELAWINNIIDLAFPYLLQVMREYTGKVDEIIKDKLEAQKEAKAKEQEEKEVMSQQ NMYAQLLPNALPAPSMLLALPAPPMQMGGMPPMPMGGMPPFGMPPMGGY NT seq 5010 nt NT seq  +upstreamnt  +downstreamnt atggagtctgacaagtatatatgcgtgcgagagacgtcaccacaaaacagtgttgtgatc attgatatgaatatgcccatgcagcctcttaggagacctatcactgcagattctgctctt atgaacccaaactcaagaatccttgcattaaaagctcaagttccaggaactactcaggat tatctacagatgtttaacattgaagcaaaagcaaagctgaaatcacatcagatgcctgac caggttgagttttggaagtggattacacccaagatgttggggctggtcacacaatactca gtgtatcactggtccattgaaggtgattctgagccagttaagatgtttgatagagcgacc aagctggaaaacaatcaaattattaactacaagtgctctcctaatgagaagtggttggtg ttaattggaatcactcctggtcctcctgagagaccacaattggtaaaaggaaacatgcag ctattttctgtggatcaacagcagacccagtcccttgacgcacacgctgcatcatttgct cagtttaaggtccctgggaatgagaatccttctacccttatatcctttgcaaccaagagc tttaatgctgggcagataacatcaaatgtgcatgtcattgagcttggtgccctacccgga aaggcatcatttgcaaaaaagaaggcagatctctcttttctcccagattttgctgatgat tttcctgttgccatgcagatctctaacaagtttagcttgatatatgtcatcaccaagctt ggcttgttgtttgtatacgatctagagactgcttctcctatctacagaaaccggataagt acagacccaattttcttgacttctgaagcctcttctgttgggggtttctatgccattaat aggcgtggacaagttcttttggctactgttaacgaggctactataataccttttattagt ggtccattgaagaatttggagcttgctgtcaatcttgctaaaagaggaaacctccctggt gcagatgatctggttgtaaagcgtttcaaagagctgttcgatcaaacaaagtacaaagag gctgctgagcttgctgctgaatctcctcaggggattctaaggacacctgatacagtgtcc aagttccagagtgttcctgtacaagctgggcaaactcctccattgttacagtattttggg acgcttttaactaaaggaaagctcaactcatatgagtcattagaactgtctcgccttgtt gtgaatcaaaacaagaagaacctcctgaaaaattggttagaagaggataagttagaatgc agtgaagaacttggtgaccttgtcaagactttggataatgaccttgctctggaaatatac atcaaagcccagacctctccaaaagttgtagtagcacttgttgaaaaaagggagtttgac aacatactaatttactcagagaaggttaagtacacacctgattacctgtttcttctgcaa accatactccgtacagatcctcagggagcaggagaatttgcagtaaagatgtctcaaatg aaaggaggttgtccacttgacatcaacaccatcactgacctttttcttcagagaaatcta ataagagaagctactgctttccttttggatgtgctgaagccaaatttacctgaacatgct tttctgcagactaaggttctggagatcaatttggtaaccttccctaacgtggctgaggcc attttagctgggagtatgttcagccactatgacaggcctcgtgttgctcagctttgtgaa aaggctggactttatatccaatccttaaagcattactcagacttaaatgatataaaacgt gtgattgtcaacacgcatgctattgagccacaggctcttgttgattttctaggcactctt tctagcgattgggctatggagtgcatgaaggaacttttgatagttaacccgagaggcaac ctacagataatcgttcaggcttgcaaggagtactgtgagcaacttggtgttgatgcatgt attaaactctttgagcagtttaaatcatatgaagggctatactttttcctaggctcatat gttagaatgagtgaggatcctgaggttcatttcaagtacattgaagcatctgcaaagact ggtcaaataaaagaggttgagcgtgtgactagagagtctaacttctacgatgctgaaaag actaagaactttttaatggaagctaagcttcctgatgcaaggcctttgataaatgtctgt gaccgtttcggctttgtacctgatcttactcattacctttacataaacaacatgctgcgt tacattgaaggttacgttcaaaaggtgaaccctgggagtgctcccttagttgtgggacag ttacttgatgatgagtgccctgaagattttatcaaaggtcttatcatctctgtgcgttca ttgctgcctgttgaaactcttgtggaggaatgcgagaagaggaaccggctacgtctcctc acacagttcttggagcatctagtaaccgagggaagccaagatgtgcatgtccataacgcc ttgggtaaaatcatcatcgacagtaacaacaaccctgagggtttcctaaccaccaacaac tactacgactctcgagttgtcggtaagtactgcgagaaacgtgatcctacgctggctgtt gtgtcctacagaagaggacaatgtgatgaggagctaatcaacgtcaccaacaaaaactct ttattcaagttacaagcgaggtatgtagtggagaggatggatggtgatctctgggagatg gttcttgatgagaacaatgagtatagaagacaagttattgaccaagttgtgtctactgca ttacctgaaagcaagagcccagagcaagtttcctcagctgttaaggcgttcatgactgct gatttgcctcatgagcttattgagcttcttgagaagatagtgcttcagaactctgacttc agtgggaacgttaacctgcagaatctgctgatactgacagctgtcaaggcggatccatct agagttatggattatattaacaggcttgagaactttgatgggactgttgttggagaattg gcggtagaagctcaactgtttgaggaggcatttgctattttcaagaagtttaacttaaac gttgaggctgtcaacgtgttgctggataacgttaaaagcattgagcgtgctgctgagttt gctttgagggttgaagaagattctgtgtggagccaagttgcaaaggctcagctcagggaa ggactagtcagtgaggcaattgagtccttcatccgtgctgaggacgcaactcatttcttg gaggtgatacgcgttgctgaggatgctaatgtctatgatgacatggtcagttaccttctg atggttagaaacaaggtgaaggaagttaaggttgatagtgagctcctctacgcatatgca aagatcggtaggttaggggaggttgaagagttcattctgatgccaaacgttgctaactta caaaacgttggtgaccgcatgtatgatgaagctatgtatgaagctgccaaaatagtctat gcgtttgtatcaaactgggggaagctagctgtcacgcttgtgaaactgcaacagttccaa ggtgctgttgatgctgcaaggaaagcaagcagtgcaaagacatggaaggaagtgtgtttt gcttgtgttgatgcagaggagttcaggttggcacagatctgtggccttaacattatcatt caggtggatgacctggaagaagtcagcgagttctaccagaacaaaggcttcttcagtgaa ctaatctcactcatggagagtggacttgggctggaacgtgctcacatgggtatcttcact gagttgggtgtgctctacgctagataccgttatgagaagcttatcgaacacatcaagctg ttctccacccgcctcaacattcccaagctcatacgagcctgtgatgagcagcagcactgg caggagcttacctatctctacattcagtatgctgagtttgataacgctgcgaccactgtg atgaaccactctcctgaagcgtgggagcacgtgcagttcaaagacattgttggtaaggtt gcgaatgttgaggtctactacaaggctgtgcacttttacttactggagcatccggatatg atcaatgatcttctcaacgtgcttgctttgcggttggatcatgcacgtgttgttgatatt atgcggaaggctggtcagttgcgtcttatcaagccatacatggttgcagttcagagcaac aatgtcactgctgttaatgaagctttgaatgagatatacgtggaggaagaagactatgaa aggttgcgtgagtctattgatttacatgacagctttgaccagataggccttgctcagaag atagagaaacatgagcttgttgaaatgagacgtgtagctgcttatatctacaagaaagct ggtaaatggaagcaatcaattgcattgtcaaagaaggataacttgtacaaagactgtatg gaaactgcttcacaatctggcgaccatgaccttgcggaacagctgctggtttacttcatt gaacaggggaagaaggaatgctttgttacatgtctctttgtgtgttatgatttaatcaga ccagacgttgctctagagcttgcctggatcaacaatataatagacttagcctttccttac cttctccaggtaatgcgagagtacacaggcaaagtggatgagataatcaaggacaagctg gaggcacaaaaagaagcgaaagccaaagagcaggaagagaaggaagtcatgtcccaacag aatatgtacgcacaattgttgccaaatgctttaccggcaccatcgatgctacttgcttta ccggcaccaccgatgcaaatgggagggatgccaccgatgccaatgggagggatgccacca tttggaatgccaccaatgggtggctactaa

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