Kwoniella mangroviensis: 30162143 Help Entry 30162143          CDS       T10313                                  Symbol I203_107582 Name (RefSeq) hypothetical protein   KO K08330   autophagy-related protein 11 Organism kmg  Kwoniella mangroviensis Pathway kmg04136   Autophagy - other kmg04138   Autophagy - yeast kmg04139   Mitophagy - yeast Brite KEGG Orthology (KO) [BR:kmg00001]  09140 Cellular Processes   09141 Transport and catabolism    04138 Autophagy - yeast     30162143 (I203_107582)    04136 Autophagy - other     30162143 (I203_107582)    04139 Mitophagy - yeast     30162143 (I203_107582)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:kmg04131]     30162143 (I203_107582)    03029 Mitochondrial biogenesis [BR:kmg03029]     30162143 (I203_107582) Membrane trafficking [BR:kmg04131]  Autophagy   Cytoplasm to vacuolar targeting (CVT) pathway    Scaffold protein     30162143 (I203_107582)   Mitophagy    Scaffold proteins     30162143 (I203_107582) Mitochondrial biogenesis [BR:kmg03029]  Mitochondrial quality control factors   Mitophagy factors    Autophagy-related proteins     30162143 (I203_107582) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  ATG11 ATG17_like Motif Other DBs NCBI-GeneID:  30162143 NCBI-ProteinID:  XP_065372955 LinkDB All DBs Position 2:1941260..1946348 Genome browser AA seq 1459 aa AA seqDB search MDIQQASDGGLFLLERQLEEYGNLDTILEDVGQLTGVTSNNVLLFMEDGRELRTEILEEA WNTAGPSSPSAAQRLKLYLFNRETFWSDAEQWAVQFQEDIILPPPVDPNQSGSLAHIQHP FLVAHDHLSHLQSLYQAQSRALEIAYSNLSHHLQPLINEFQKFSVRAEKELQTEETLIKG AKVDMALLPKLSINPVLLRKKKEGEGDERIKTLGDFVNKRKMEQVRDSCRTAHEEHVDRY NTLAGQLDELALQSDAEMRAFTEQSEAVGREFTEGLARLEVAISQLSELLGSGAEDVAQD LVELDQAMRDDLIALTGVKNEFTLEIHLHLRQVAQFQSRITQIIGPLAALDADLRDKVAF PHLHRLRQLPFAYATVVAEVVRRKEYSRLLLEWTLRLSEALTRFTSTEKTRRERVQVEMI SQLPFGVVGLDENGPRVDISVTTGAEGLSGIKFGQEEIEKLVLWVDSLKIDDEVCSALEE GDENYLATLQASIESLIGKMDFTSDELDRMIERSVLTNRDKPRSASNSRMTLNLSTQLRT VNQEKAEQEKRLHEMEEAHQARLRELEDQYQQRLAVSQTRQAELQDELVRFRTDLSEEML ARQALSAELEERSREQEEKYREQEDQSDFIKGLQAELIQEKDRATDLGVRLQEALLDVDG LKSAEQTLIAQLQELQEERTRSLQTLGDAQLTAQNLESQLAGIRAELEATSHQLVEAQAD RDLALRNQSAEAERMMRDHIAETDGDRAVLEHQNLTLTKQLEDKKVELEEKVNAIKNSAI RQVDGLKAELSFTKAQLREVQRKETVLIDELAMAKDSAMAISQEKTYQSDVSKDSIALVS KYHETCSRLLNAINNSTTISGSNGGMQSQIVGGNSILKINHSTANLPLSNLITSNSNSNN HSNKDELRESVLIRSLETAQNFDLVTFSEAVTKTIGLVKKWSKSCRQFRDLAKNKISFTN FAKGDLALFLPTRNAAARSWAAFNISAPHNFLKVTDAMQEQIKTREWIIARIVKTDEAIA SGGDSTDTNPFGLADGLRYYTHHVEEYNPHAIRPSRRSTSASLHPNSEKDTSISQMLSST HRTPGVAEPISGVDMISPTKTPRARARSGSGYFPPMMAVSEKEKGREEISDSPEPEDDMS TEKKENQNRSQFRDKDTADSTEQPKGKEASESLDQSNTATIETGISTSMSTPLPPVPTSS PTVPKPSSQPIPPRKTHSRLPSRGTTPVSPPLGSGSTRENFTPGSIGRPSSVASSSAASS YPKGLTFGPSSGKGALAPAMATTTSTDTTSSTSEDKMNVAVVKRKESNTHLNLSGIGGRA FSPDGNRPSPLGPLGLGEGERSGRGNRPSLETSGIGSGSTSPNKAGSSSNIGGGFNALGT APTGGTSSSTANKLIRGFTIGRKSSLNKGAIPDNQGDTEENNGREGTGTGTVRKPSIGGK TQTPSAMDMLKRFESGSNF NT seq 4380 nt NT seq  +upstreamnt  +downstreamnt atggacatccagcaagcatcagacggaggcttgttcctccttgaaagacaattagaggaa tacggcaacctcgataccatacttgaagatgtaggccaactcaccggggtcacttcgaac aatgtgttactgttcatggaggatggacgagaactcagaactgagatacttgaagaagct tggaatacagctggaccaagttcaccttcggccgctcagagattgaagttgtatctgttc aatagggagacattctggtcagatgctgaacaatgggcagtccaatttcaggaggatatc atacttcctcccccagtagatcccaaccaatcaggttctcttgcccatatccaacacccc ttcctcgtcgcacacgaccacctatctcacctccaatccctatatcaagcacaatctcgc gccctcgaaatcgcttattcgaatctgtctcaccatcttcaaccgctaatcaacgaattt cagaaattctcagtcagagcagaaaaggaattgcaaactgaagaaactttgatcaaaggt gccaaagtcgatatggcattgttaccgaagttatctataaatccggtcttgctgaggaag aagaaggaaggtgaaggtgatgaaaggataaagaccctaggtgattttgtgaataaaagg aagatggaacaagtgagagatagctgtaggactgctcatgaggagcatgtcgataggtat aacacacttgctggtcagctggacgagcttgctctacagtctgatgcggagatgcgagca ttcaccgaacagagcgaagctgttggaagggagtttacagaaggtctagctaggttggaa gtggccataagtcagctgagcgagttgttaggtagtggtgcagaagatgttgcacaagat ctcgtagagctagaccaagcaatgagagacgatctgatagcattgacaggagtcaagaat gaattcactctcgaaattcatctgcatctccgtcaagttgcccaatttcaatcacgtata actcagataatcggtcctctggcagcgctagatgcagatctaagagataaagtcgctttc ccccatcttcatcgattacgtcaactgccttttgcttatgcgactgtagtagctgaagtc gttaggcggaaggagtattcaagattattgctcgaatggacattaaggctatccgaagct ctaacaaggtttacatcgacggagaaaactagaagagagcgagtacaagtcgagatgatc agtcagctaccttttggtgttgtaggtctggatgaaaatggtccaagagtggatatctcg gttaccactggagcagaaggattaagtggtattaaatttggtcaagaagaaattgagaag cttgtactctgggtcgacagtctgaaaatagatgatgaagtctgctctgcgttggaagag ggtgatgagaactatctggcaactctacaggctagtatagaaagcttgataggcaaaatg gatttcactagtgatgaattggatagaatgatcgagaggtcggtgctcactaatcgagat aaacctcgttcagccagcaactcccgaatgacactcaacctatcaacccaactacgaacg gtcaatcaagagaaagcagaacaagagaagcgactacatgaaatggaagaagctcatcaa gctcgtttacgggagttggaagatcaatatcaacagcgcttagcagtatctcagacccga caagcggagctgcaagatgagttggtgcgattcagaacggatctcagtgaagagatgtta gctagacaggctttatctgcggaattagaagaaaggtctagggaacaagaagagaaatat agggaacaggaagatcaatctgactttattaagggattacaagctgaactgatacaagag aaagatagagctacagatcttggtgtacgcttacaagaagctttgttagatgtggatggt ctgaagagtgccgagcagactttgatagcgcaattacaggaattacaagaggaacgtact cggtcgttacaaactcttggcgatgctcaactaacggctcagaatctagaatctcaactt gctggcattagagctgaactcgaagcgacatcacatcaattggttgaagctcaagccgat cgagatctagctttgagaaaccagtctgcagaagctgaacggatgatgagagatcatatt gccgaaacggatggcgatagagctgtgttagaacaccagaatttgactttaaccaagcaa ctagaagataagaaagttgagttagaagaaaaagtcaatgcgatcaagaattcagctata agacaggtagatggattgaaagctgaactaagtttcacgaaagcgcagcttagggaagta cagcgaaaggaaactgttctgattgacgagttagcaatggcgaaggatagtgctatggcc atatcgcaggagaaaacatatcaatcggacgtatccaaagattctattgcgttggtatca aagtaccacgaaacttgttcaaggctgttaaacgctattaacaactcgacaactatctcc ggatcaaatggaggtatgcaatcgcaaattgtcggaggaaatagtatattgaagatcaat cactcaactgccaatttaccattatccaatttgataacttccaattccaattccaacaat catagcaataaagatgaattacgtgaatcggtattgattagatcgcttgagactgcgcaa aactttgatttggtcacattctcagaagctgtcacgaagactattgggttggtgaagaaa tggtcgaagagctgcagacagtttagagatttggctaagaacaagataagtttcacaaac tttgctaaaggagacttggccctgttcttacctactcgaaatgctgctgctagatcgtgg gctgcattcaacatctctgcgcctcataactttctcaaagtcactgatgccatgcaagag caaatcaagactcgcgaatggatcattgctaggatcgtcaaaactgatgaagctatcgcc agcggaggagattcaaccgataccaacccgttcggcttagcggatggtttacgatattac actcatcacgtggaagagtacaacccgcatgccattcgaccatcgagaagatcgacctct gcttctttacatcccaattctgagaaagatacgtctatctctcaaatgctctcgtcaact catcgtacgcccggtgtagcggaaccgatctcaggagtagatatgatctcaccgaccaaa acacccagagctcgagctagatccggtagtggatatttcccacctatgatggctgtttcg gagaaggagaagggaagggaggaaatatccgactcacctgaacctgaagatgacatgtca accgaaaaaaaagaaaatcaaaatcggagtcaatttcgtgataaagatacagccgattcc acagagcaaccaaaaggaaaggaggcttctgaaagcttggatcaaagcaacactgctacg atcgagacaggaatatcaacctcgatgtcaacacctttacctcccgtaccgacatcctct ccaaccgtacctaaaccttcctcgcagcctatcccaccacgtaagactcacagcagatta cccagtagaggtaccacacctgtatctcctcctcttggatctggatccacacgtgaaaac ttcacaccgggatcgatcggtcgaccaagtagtgtagcatcctcttcggcggcatcgtca taccccaagggacttacttttggtccctcaagtgggaaaggggcattagctcctgctatg gctactaccacttctacagatactacttcgtcaacttcagaagataagatgaacgttgct gtagtgaagagaaaagagagcaatacccatcttaatcttagtggtatagggggaagggcg ttctctccggatggaaatagaccttctccccttggaccacttggtttaggtgagggagaa agaagtgggaggggtaataggccatctttagaaacaagtggaattggaagtgggagtacc agtccaaataaggcaggttcgtcttcaaacataggaggagggttcaatgctttaggtaca gctcccactggtggtacgtcgagctcaacggcaaataagttgataagaggatttactatt ggacgtaaatcatctctgaataagggtgctattccagataatcagggagacaccgaagaa aataatggaagagaagggacagggacagggacagtgaggaaaccatccattggaggaaag actcaaactccaagtgcgatggatatgttgaaaagatttgaaagtggaagtaatttctga

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