Alternaria alternata: CC77DRAFT_1093916 Help Entry CC77DRAFT_1093916 CDS       T05291                                  Name (RefSeq) hypothetical protein   KO K11644   paired amphipathic helix protein Sin3a Organism aalt  Alternaria alternata Pathway aalt04139   Mitophagy - yeast Brite KEGG Orthology (KO) [BR:aalt00001]  09140 Cellular Processes   09141 Transport and catabolism    04139 Mitophagy - yeast     CC77DRAFT_1093916  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:aalt03036]     CC77DRAFT_1093916 Chromosome and associated proteins [BR:aalt03036]  Eukaryotic type   Histone modification proteins    HDAC complexes     Sin3A-HDAC complex      CC77DRAFT_1093916     REST complex      CC77DRAFT_1093916   Heterochromatin formation proteins    Other heterochromatin formation proteins     CC77DRAFT_1093916 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Sin3a_C PAH Sin3_corepress PAH_ZNF598 Motif Other DBs NCBI-GeneID:  29115303 NCBI-ProteinID:  XP_018387004 JGI:  1093916 UniProt:  A0A177DP64 LinkDB All DBs Position Unknown AA seq 1597 aa AA seqDB search MNPAHRDGWPPSQASAGGQGQQQTEQGQGQASRPLGPYGPNNATPQGPPHASPSQGPGPV LPPPSGGGYYSSNAATAHNQNLPTLPGLTAQPQHSSPHMSAQRPPSSDAGAQAQQGPQAP PYSLPGISQTLQQQQQHLPTSEQASADREREMRERETRDREMDSHALHQQEEIVKRETEQ RDREIHERQQREHAAHQNHSAPIQIHQPVAVAPSTRTIHGPNGLLGQSGPMNGPLAPPMG GPNPSGPMYGNAPAQHEQTTPRMQHAVQAPIQAQMLMPFAGPPGSMAMGQGQQPILNDAL SYLDQVKVQFADHPDVYNRFLDIMKDFKSGAIDTPGVIERVSTLFAGNPALIQGFNTFLP PGYKIECGTNGDPNAIRVTTPMGTMVSTMPAPRPLSPPRSSAVNGSNGPQHEGTYYETAQ GRPWPQQQRAQGPEGQESMFSPNNRTLGQPLYGPQQGQQGPAPHSPEVTSRPHPDPAGSA AALAHQQEQRGVSQLQNAVSAATGRSMMSPSVDPSTSLQGQAMNGAAQLPQMGGAAAEKR GPVEFNHAISYVNKIKNRFAAHPDIYKNFLEILQTYQRESKPIQDVYAQVTHLFGGAPDL LEDFKQFLPESAAQHRAQQQAAKNAAEDAVMLSNVRGESGYGAAANQQTPGRADTSRLPP MGNFAPTPTANRDNKRKRDRQGPVAAPMPPSMPQELPTSNVRGGYNNQGSVNKRAKTGHG AKQAIPDGPPVSPTLTPALPEPMPPTTTTSPNQDELAFFDRVKKFIGNKNTMNEFLKLCN LYSQDLIDKQLLIYRAASFIGGNQELYAWFKKFMGEDEEQQKTRPKTVNSRVSLSNCRSL GPSYRLLPRRERERVCSGRDELCRSVLNDEWASHPTWASEDSGFVAHRKNTFEEGLHRIE EERHDYDFNIEACSRTIQQLEPIANQLLTMKPEDRNGFTLPPGLGGQSETIYKRVIMKIY GRDRGKDVIKELFAMPWSVVPVLLHRLKTKLEDWKAAQREWEKVWRDQTQKIFWKSLDHQ SITVKQADKRQFQPKSLTNEIQVRYEEQKRLQQIQEISQPDYQFAFSFRDEEVLFDVARL MLTFADNNNSADFAKVVPFIKEFVPLFFGIDTAKFEQRVQTSGRDTPNDSGEDTPSPDDD VSQRSQKGKKGDLRRTILDPNNKPRKDKEDSVASASRDSTPDTSGMDDEAAGDSSNSNPR ADQPKREWIEYVTTPTAFGDKEFEHEEPYQRVEFNMYSNASIYCFFRMFVMLYERLLKLK ESEEEVRKVINRAKEPKAAQKLKMLDKQPEDFFKDTSSSANYYQQLLDMFTEQISGEVDM NFIEETLRRYYLQIGWQLYSFDRLLSSLVRFALAVVSHDNKDKSLDIYNLFRKDRVNDTT THKNEISYRKAVEKFAKDADTYRITYNPTKMEAHVRLFKKDDPTFEFNTLDRVKRWRAYV ASYMAVEPTEEVDLSRVHYPYLKKRLARTEDLSEEERFDHVKHSDKITVSISPSAYIMSF INSEPFGTGGVQYFVQPDAVRAGLSEAVPKPTEEYKKLNDERRERVQEILVRNNSWMKDL SRDDVDAKKAAFKKDLEEPRKVADNEDVDMDGADGFD NT seq 4794 nt NT seq  +upstreamnt  +downstreamnt atgaatccagcgcatcgtgacgggtggccgccgtcgcaggcgtctgcaggtggacagggt cagcagcaaacagagcagggccaaggacaggcgtcgcggcctttgggtccctatgggcca aacaacgcgactccacagggtcctccacatgcgtcaccctcacagggtccgggaccagta ctcccaccaccatctggtggcgggtattactcgtcaaacgccgcgacggcccacaaccag aatctccccacacttccagggctgacggcgcaacctcagcactcatcacctcacatgtcc gcccaacgaccgccatcttcagacgcgggagcgcaggctcaacaaggcccccaagcccct ccatactcgttaccgggcatatcgcaaactctccagcagcagcaacaacacttgccgact tcggagcaggccagcgctgacagagagcgcgagatgcgcgaacgcgagaccagagacaga gagatggattcgcacgcactgcaccagcaagaagagattgtcaagcgcgagacggaacag cgggatcgagagatccatgagcgacagcagcgcgagcacgctgcgcatcaaaaccactca gcgccaatacaaatacaccagcctgtggcagtggcaccttcgacgcgaacgatacacggt ccgaacggtctgttgggtcaatcgggaccaatgaatggacccctcgcgccacccatgggt ggtcccaatccgagtggccctatgtatgggaatgcgcccgcgcaacatgagcagactaca ccacgcatgcagcacgcggtgcaagcacctatccaggctcagatgttgatgcctttcgcc ggccctcctggatctatggccatgggccagggacagcagccgatcctcaacgatgccttg agctatctggaccaggtcaaggttcagttcgcggaccaccccgatgtatacaaccgattc cttgatatcatgaaagacttcaagagtggtgcgatcgacactccgggggtcattgagagg gtatcaactcttttcgcgggcaatccggccttgatccaaggcttcaacacgtttctgcca cctggctacaagattgagtgtggcactaacggcgacccaaatgccattagagtgacgacg ccaatgggtaccatggtatcgactatgcctgctccaaggccgctttcgccgccacgcagc agcgccgtcaacggtagcaacggtccccaacacgaaggtacttactacgagactgctcag ggacgcccttggccccagcaacagagagctcagggacctgaaggacaggaatcgatgttt tcaccaaacaaccgcactctcggacagcctctgtatgggccacaacaggggcagcagggc ccagcaccgcattcgccagaggttacctcacgtcctcatcctgaccctgctggatcagcc gctgcgctggcccaccagcaagagcagagaggagtttctcaattacagaacgcagtatca gctgcgactggtcgctcaatgatgtcaccgagtgttgatccaagtacctcattgcaagga caagccatgaatggtgctgctcagctcccacagatgggtggggcggcagctgagaagaga gggcctgttgagttcaaccatgcaatcagctatgtgaacaaaatcaagaatcgattcgca gctcaccctgacatctacaaaaactttttggagatactacagacctaccagcgagaatcg aaacccatccaggacgtgtacgcccaagtgacccacctgttcggcggcgcgcccgatctg cttgaggacttcaagcaattccttccggaatcggctgctcagcacagggcgcaacagcag gctgctaagaatgctgccgaagacgcagtcatgctcagcaatgtacgaggcgaatcaggt tatggcgcggccgcgaaccaacaaactcctggtcgtgcggatacatctcgcctgccaccg atgggtaactttgcgcctacacctaccgcgaaccgcgacaacaagaggaagcgcgaccga cagggacctgtggctgcgcccatgcccccatccatgccacaggaactaccgacctcgaac gttcgcggcggttacaacaaccagggaagcgtcaacaagcgcgcgaaaaccggacatggc gcaaagcaggcaattcccgatggtccaccagtgtcacctactctgacacctgcgctgcct gagccgatgccaccgacgactactacgtcacccaaccaagatgagcttgcattctttgat cgcgtcaagaaatttatcggaaacaagaacacgatgaatgagttcttgaagctttgcaat ctttactcgcaagatctgatcgacaagcaattgttgatttaccgcgcggcatcattcatc ggaggaaaccaggaattgtatgcctggttcaagaagttcatgggcgaagatgaagagcaa cagaagacccgtccaaagactgtaaactctcgtgtctcgctatcgaactgtcgcagcctc ggtcccagctatcgtctgctccctaggcgcgagcgcgagcgtgtatgtagcgggcgcgac gaactgtgccgatcggtcctaaacgacgagtgggcgtcccatccgacatgggcttccgaa gattctggtttcgtcgcccatcgcaagaacacgtttgaagagggcttgcaccgaatcgaa gaggagcgccatgactacgacttcaatatcgaggcatgcagccgcacgattcaacagctt gaaccaatcgccaatcagcttcttacgatgaagccggaggataggaatggattcacgcta ccgcctggacttggtggacagagcgaaacaatctacaagcgggttatcatgaagatctac ggccgcgacagaggaaaggacgtgattaaggagctcttcgctatgccctggagcgttgtt cctgtacttcttcacaggctgaagactaagcttgaggattggaaggccgctcagcgcgag tgggagaaggtctggcgcgatcagacgcagaagattttctggaaatccctggaccatcag agcattacagtcaagcaggccgacaagcgacagttccagcccaagtcactcacaaacgag atccaagtccgatacgaagaacagaagcgacttcagcagattcaagagatatcgcagccg gactaccaatttgccttctccttcagagacgaggaggtactcttcgacgtagctcgattg atgctcactttcgccgataacaacaacagtgccgactttgccaaggttgtgccttttatc aaagagttcgttcctctattctttggcatagataccgccaaattcgagcaacgggtacag acatcgggacgcgatacaccaaacgattctggcgaggacacaccttctcccgatgacgat gtctctcaacgctcgcagaaaggaaagaaaggcgatctccgccgcaccattctcgatccc aacaacaagccacgcaaggacaaggaagacagtgttgcatcggcgagtcgggacagtact ccagatacatccggcatggacgatgaggctgctggcgacagctcgaactccaaccctcgt gcagatcaaccaaaacgtgaatggatagaatatgttactacccccacggcttttggcgat aaggagttcgaacatgaagaaccctaccaacgcgtagagttcaacatgtactcgaatgct tccatctactgcttcttccgtatgttcgtcatgctctacgaaaggttgttgaagctcaaa gagagtgaagaggaggtccgaaaggtcatcaatcgggccaaagaacccaaagcagcgcag aagttgaagatgcttgacaagcagcctgaagacttcttcaaggacacatcgtcatcagcg aactactatcaacagctgctcgacatgttcacagaacagatatctggcgaagtggacatg aacttcatcgaggagaccctacgcaggtattatcttcagattggatggcagctatactcg tttgacaggctgctcagctcgcttgtccgattcgcgctcgctgtagtgagtcacgataac aaggataagagccttgatatctacaacctcttcaggaaggaccgcgtcaacgatactaca actcacaagaacgagattagctatagaaaggcggtcgagaaatttgccaaggatgctgac acctaccgtatcacatacaaccccaccaagatggaagcacacgtacgcctcttcaagaag gatgacccaacctttgagttcaacacgctcgaccgtgtgaagcgctggcgagcatacgtc gcctcctacatggctgtggaacccactgaggaagtcgacctgtctcgcgtacactaccct taccttaagaagcgcctggccagaaccgaggacctctcagaggaagaacgatttgatcac gtcaagcacagcgacaagatcacagtctccatcagcccctctgcttacatcatgagcttc atcaacagcgaacccttcggcactggtggcgttcagtactttgtgcagccagacgccgta cgcgcgggcctgagtgaggctgtaccgaagccgactgaagagtacaagaagctcaacgat gaacggagggagagggtccaggaaattcttgtcaggaacaacagctggatgaaggatctt agccgcgacgatgtagatgctaagaaggccgctttcaagaaggatctcgaggagcctagg aaggtggctgataatgaggatgtggacatggatggcgcagacggtttcgattaa

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