Alternaria dauci: 96086840 Help Entry 96086840          CDS       T10615                                  Symbol ACET3X_006518 Name (RefSeq) hypothetical protein   KO K03128   transcription initiation factor TFIID subunit 2 Organism adac  Alternaria dauci Pathway adac03022   Basal transcription factors Brite KEGG Orthology (KO) [BR:adac00001]  09120 Genetic Information Processing   09121 Transcription    03022 Basal transcription factors     96086840 (ACET3X_006518)  09180 Brite Hierarchies   09181 Protein families: metabolism    01002 Peptidases and inhibitors [BR:adac01002]     96086840 (ACET3X_006518)   09182 Protein families: genetic information processing    03021 Transcription machinery [BR:adac03021]     96086840 (ACET3X_006518)    03036 Chromosome and associated proteins [BR:adac03036]     96086840 (ACET3X_006518) Peptidases and inhibitors [BR:adac01002]  Metallo peptidases   Family M1    96086840 (ACET3X_006518) Transcription machinery [BR:adac03021]  Eukaryotic type   RNA polymerase II system    Basal transcription factors     TFIID      96086840 (ACET3X_006518)    Coactivators     SAGA/TFTC/STAGA complex      96086840 (ACET3X_006518) Chromosome and associated proteins [BR:adac03036]  Eukaryotic type   Histone modification proteins    HAT complexes     TFTC complex      96086840 (ACET3X_006518) SSDB OrthologParalogGFIT Motif Pfam:  TPR_TAF2_C TAF2_3rd Peptidase_M1_N Peptidase_M1 Motif Other DBs NCBI-GeneID:  96086840 NCBI-ProteinID:  XP_069305286 UniProt:  A0ABR3UES4 LinkDB All DBs Position 6:join(513765..514577,514627..518478) Genome browser AA seq 1554 aa AA seqDB search MAPNELADVADDASSGGSFTLLKQQLELDFSFAPRRVKGLTTLDIQPDQAQLRDIALNCR QLRPTSIKIDGERAAFSYSNLHQRLTLYPGTGLEQYHYAKERIARHAQGGEDELVITVPD RVKIREVKPSEAGMTDDAPGTFYAPLKLEIEYELDDFRDALQFVGIEDGDARYPHAYTRN SSFPGSASCLFPCIDDGETRCLFDVSIRYPRTLGDALSKTPNPHSNAQAQREGADKADSV MLDADDDQVDLSEEEKAMEMQVICSGTLTDDILDPADSTRKTASFSCDTLVLPQHIGFVI GPFEHVDLSEYRDTLDDERLGENAIKVHAFCLPGKENEVRNSAMMLARALDTFTERFQSY AFGNSYKLAFVDDLEWDTAHTASFSICSSRLLFPETVWEPLEHTTRVLVHAVASQWIGVD VIAHNPEDHWVIVGGSWFMAELYLRELFGRNDWRFRQKLMVDKVIQMDRKRPSLQQLGYI LQLDPGEVEFMELKSLMVLSILHNRLVKQSGKNGVDRCLYRMLFNARQGKYPNGAIASED FFDICEKVGHQKLESFFQQWIVGSGCPTFHCVPSFNKKKQVVQLTIKQLQADSSITNIEN GLAADDFMREAKEKSRDLRSATGYPTFVGPMTIRIHEADGTPYEHIVDINSNNVKVEIPY NTKYKRLKRNRLNKERMAAAAGLDASGETQEDVTFYMLGDLFMSPQEHSEWRLDDWPAED EAKQEGEAYEWIRIDADFEWICRTNIEDMPSYMYVSQLQQDKDVVAQAESIQFLANKEGH KLISTFLVKTLMDNRYFHGIRTMAAMVLAQSALKRTEWVGLFHLKKAFRELFCLPNSPMT RSNDFSDRSMYLIQCAIPQAIAKIKGEDGRSPLEAKRFLLDLVRYNDNRGNDYSDDHYIS TLMRCLAETLTKTTASSELSHEEWAQEQDFTNKAIGELTRHQRLDEWIPTYQNVYTSTAL DCALKLVMSRVTPFKPTEFLQYAQLGNADNVRLKAWECLIRLGMIRKDTILRFLMHEIRS DPSPYFRKQLLRIFGIAIGQIATGDVWAPEKTVETSADTLMIENEASNAERASALARQNL NGALRGLKSDLQGNITLRMVLEEALKSTALSTSDMSELLDICDMIFDNQKVNKLPIKLAL PRYWRVEHIGKGVLRFRHNSRFRTRKMPPREEVEEEIRKMREAKAGFSAPPVQQPQPQPL PLPQPLPVLQPIRDAAAPAPKPPALPKLSLKIGGKKKSATSPPPTAGTPHAHSRNQSIVF SPTVYHSPSPAPMSKPASPAPVANSTIAVAQPAPPPAAPAQTDSRSSTPEVPLMQPSKKI ATPAATPKPAVSAPAPVQAPKAPISAQPAPAPVTKTPVPLPKVSAPASTPAQAKPTPKPA PTIIKVPKPMSTTPTIQSPVPLPAPKLKIRTKTASGSTVPSRPSSAAPSPRPSAAPSPRP SVVPPPSRPVAANILAIARPVIKQKRSKIVKLRLPSRLLSRFPPGESRKRKLVSGNGDDD RPSKRQSLEASSMLNGNGAAKSGFVTVERGGSERPRLLLKMKVGKNKLPTERKL NT seq 4665 nt NT seq  +upstreamnt  +downstreamnt atggcgcccaacgagctcgccgacgtagcggacgacgcctcgtcgggcggctccttcacc ctgttgaagcagcagctcgagctcgacttcagttttgcaccgcgccgcgtcaaaggcctc accacactcgacatacagcccgaccaggcccagctgcgggacattgcactcaactgccgc cagctcaggccgacgagcatcaagatcgacggagagagggccgcctttagctactcgaac ctgcaccagcgcctgacgctgtatcccggcaccggcctcgagcagtaccactatgcaaaa gagcggatagcgcgacatgcgcagggcggggaggacgagctggttattacggtgcccgac agggtcaagattcgggaagtgaagccttccgaggctggcatgaccgacgacgccccgggc accttttatgcgccgctgaagctggagattgaatacgaactggacgatttccgggacgcg ctacaattcgtcggaatcgaggatggagacgcccggtacccgcatgcctacacgcgcaac tcgtcctttcccggttcggcatcgtgtctgtttccgtgcatagacgacggcgaaacgcgc tgtctattcgatgtttcgattcgctacccacgaacgctgggggatgcgcttagcaaaact ccaaatcctcattcgaatgcgcaagcacagagagagggtgctgacaaggccgacagtgtc atgttggacgcggacgacgaccaggtggacttgtccgaggaagagaaggccatggagatg caagtcatctgttctggcacacttacagacgatattctcgatcccgccgactccactcga aagacggcgagcttctcctgcgatacacttgtccttccacagcatatcggcttcgtaatc ggccccttcgaacacgtcgatctctcagaataccgtgatacacttgacgacgagcgcttg ggagagaatgccatcaaggtccatgccttctgtctgccaggcaaagaaaacgaggtccgg aatagcgccatgatgctagcccgagcactcgacaccttcaccgagcgcttccagagttat gcgttcggcaactcttacaagctcgcatttgtcgatgatttggagtgggacactgcgcat acagcctccttctccatctgcagctctcgcttgctgtttcccgagacagtatgggagccg ctggaacacacaactagggtgctggtacacgcggtagccagccagtggataggtgtcgat gttattgcacacaacccagaagaccactgggtcatcgttggtggctcctggttcatggct gagctctacctccgagagttgttcggtcggaacgattggcgtttccggcaaaagctgatg gttgacaaggtcatccaaatggaccggaagcgcccttcattacagcagcttggatacatc ttgcagctggatccgggcgaggttgagttcatggagctgaaatcgctcatggtactctcc atcctccacaatcgcctggtaaaacaaagcggaaagaatggtgtcgacaggtgcttgtac aggatgctgttcaatgctcgtcagggcaagtaccccaacggcgcgattgcttcggaagac ttcttcgacatatgcgagaaggttggacaccaaaagctagagtcctttttccagcaatgg atcgtaggatctggatgtccgactttccactgtgtgccttcattcaacaagaagaagcag gtggtacagcttaccatcaagcagcttcaggctgattcatccataacaaatatcgaaaac ggtctcgccgcggacgacttcatgcgcgaagcaaaggaaaagtctcgcgacttgcgctcc gcgacaggatatccgacctttgtcggcccaatgaccatccgaattcacgaagctgacggc acaccctatgaacacattgtcgatatcaactcgaacaacgtcaaagtggaaatcccgtac aacacaaaatacaagcgtctgaagaggaaccgactgaacaaagagcgcatggctgctgca gcaggccttgatgcctcgggtgaaacacaagaagatgtcaccttttacatgctcggagat ctcttcatgtcccctcaagagcacagtgagtggcgactagatgattggccagcggaagac gaggccaagcaggagggtgaagcttacgagtggatccgtattgatgcagattttgagtgg atatgtcggaccaacatcgaggacatgccatcgtacatgtacgtctcgcagctgcaacaa gataaggatgttgttgcgcaagcagagtcgatacagttcctcgccaacaaggaaggtcat aaactgatttcgactttcttggtgaagaccctcatggataatcgatacttccacggcata cgaaccatggcggctatggtcttggctcagagtgcgttgaagcggaccgagtgggttggc cttttccatctgaagaaggctttccgcgagcttttttgcttgcccaactcgcccatgact cggtcgaacgacttctctgatcgcagcatgtacctgattcaatgtgctataccccaagcc attgcgaagatcaagggcgaagatgggagatccccattagaggcaaagcgctttctgctc gacctagtgcggtacaacgacaaccgtggaaacgattacagcgacgatcactacatttct acactgatgcggtgtcttgcggagaccctcacaaagactactgccagttccgagctcagc cacgaggaatgggctcaagagcaggacttcacaaacaaagctattggggagcttacccga catcagaggcttgatgagtggatccctacctaccaaaacgtctacacatccactgccctc gattgtgcactgaagttggtcatgagccgcgttaccccattcaagccaaccgaatttctc cagtatgcccagctaggcaacgcagataacgtgcgcctgaaggcctgggaatgcttgatt cggctaggcatgatccggaaagatacgatattaaggtttcttatgcacgagatcaggtcc gacccctcaccgtactttaggaagcagctgctacgcatcttcggcatcgctatcggacag atcgctactggtgacgtttgggcaccagagaagactgtggaaacctcggcagatacgctg atgatcgagaacgaagccagcaatgctgagcgtgcgtcggctctcgctcgacagaacctt aacggggctctgagaggattgaagagcgacttgcagggtaacatcaccctccgtatggta ctggaggaagccttgaagtcaacagcactgtcgacaagcgacatgtctgagctcctggac atttgcgacatgattttcgataaccagaaggtgaacaagctacctatcaaactggctctt ccacgctactggagagtggaacacatcggaaagggagtgctgcgctttagacacaacagc aggttccggaccaggaagatgcctccccgggaagaagtagaggaagagataaggaagatg cgagaggcaaaagcgggcttttccgctccgccggtacagcagcctcagcctcaacctcta cctctacctcagcctctacctgtgcttcagcccatacgagacgcagctgccccagctccg aaaccaccagcattgccgaagttgtcgctcaagatcggtgggaagaaaaagtctgccaca tctccaccgccaacggctggaactccccatgcccattcgaggaaccagtctatcgtattc tcgcccactgtctaccattcgccatcaccagcacccatgtcaaagccggcgtctccagcc ccagtagcaaattcaacaatagcagtagcacagccggcgccaccccctgctgctccggct cagacggattcgcgttcgtcaaccccagaggtgccactgatgcaaccttcaaagaagatt gcgaccccagcagcaacccccaagccagcggtttcagcacctgctcctgttcaggctccg aaggcccccatttcggcacagccagctcctgccccagttaccaagactccggttccactg cccaaggtctctgccccagcttctacgcctgcccaagcgaagccaactccgaaaccagcc ccgacaatcatcaaagtgccgaaacctatgtctaccactcctaccattcagtcacccgtc cctctgccggctcccaagctcaagatcaggaccaaaaccgcatctggctccaccgtacca tcgagaccttccagcgccgctccctcaccgcgcccgagtgcagccccatcaccccgaccc agcgtcgttcctcctccatcacgccccgttgctgctaatatattagccatagcaaggccg gtaatcaagcagaagagaagcaaaatcgtcaagctacgccttccttctcgacttctctca agattccctccaggagagagcaggaaacgcaaactggtttctggaaacggggacgacgat aggccgtctaagcgtcagagtttggaagcaagcagtatgttgaatggtaacggtgccgct aagagcggatttgttaccgtggagaggggtggcagtgaaaggccgaggttgcttctaaag atgaaggtgggaaaaaataaactacctaccgagcggaagttgtga

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