Alternaria alternata: CC77DRAFT_1018845 Help Entry CC77DRAFT_1018845 CDS       T05291                                  Name (RefSeq) DNA repair protein   KO K03515   DNA repair protein REV1 [EC:2.7.7.-] Organism aalt  Alternaria alternata Pathway aalt03460   Fanconi anemia pathway Brite KEGG Orthology (KO) [BR:aalt00001]  09120 Genetic Information Processing   09124 Replication and repair    03460 Fanconi anemia pathway     CC77DRAFT_1018845  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:aalt03400]     CC77DRAFT_1018845 DNA repair and recombination proteins [BR:aalt03400]  Eukaryotic type   TLS (translesion DNA synthesis) factors    Y-family DNA polymerases     CC77DRAFT_1018845 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  IMS REV1_C UBM IMS_C IMS_HHH_1 BRCT_2 BRCT PTCB-BRCT POLH-Rev1_HhH LIG3_BRCT mCpol IMS_HHH Motif Other DBs NCBI-GeneID:  29110299 NCBI-ProteinID:  XP_018388316 JGI:  1018845 UniProt:  A0A177DSZ2 LinkDB All DBs Position Unknown AA seq 1214 aa AA seqDB search MGSRLEKNSESVRKRIASHKFDGEDGEEYKGSAFGGFNDYFRRKKIKLQNLDADIRRQAG DKPQIFKGVVAHVNGYTQPSLNDLHTLIVQHGGGFMQYLDGKTTVTHIIASSLTPKKVVE FRRYRIVKPAWVVDSIQAGKLLPWSEYRVVDEGEKQNVLAFGKDGMTSTANVKTRGYRDQ TDASWYTSQLRGSQAGPSSTPTPAIGTRSHSSNEEQRLPTSEDDIKDLSPSHQPDNVLDR PISGKPSRAAKLVTPPKTSPAVVPADVDEIIDDVHDSLYTDPSPPLPQQIEYENEIEAKS RKTSRAPNALKPKGRELTAEEHNAILLRDPDVRKSTVVDPNFLEQYYRESRLHHLSTWKA DLKAEMQAIADEKSSSQKAKQKCTSGARRYILHVDFDSFFAAVSLKKCPEYKDKPAAVAH GQGSGSEIASCNYPARTYGVKNGMWMRRAQELCPELKILPYDFPEYEATSRTFYEAIIAT GGLVQSVSIDEALVDVSNLCIAAGGSNGKQHSEGSIHREQAKAEEIALNLRDEVRLKTGC NVSVGIGSNVLLAKVALRRAKPAGQYQIKPEEVLDFMGQLQVQDLPGVAWSIGGKLEDQG VKLVKDIRELTKERLVQILGPKTGEKLYEYSRGIDRQELGEQDIRKSISAEVNWGVRFEN QQQANDFIASLCGELSKRLLSQRVKGRHFSMKVMRRSPDAPLDPPKHLGHGKCDTHSRSV MLGVATNAKEILTKEALAMLRGLGFTPGELRGFGMQLTKLEPMKNATDGSLEGSQRRLQF KVGQGGPVRAARAPKPVENPIAKAIVEDPIQDDPETPRKAKASSGSEHVPFGAPTLNAST PSRRPLNMLGTQFIMPTQVDPDVLAELPEDIRSKLLRQTRQSSPTPAKVVEKRGNPNTPT KAMAFATTALPNQSQLDPDILAALPAEVRAEVLAQYDANNTPFSPSRRPKGVDQTLLPQS PRKNRIIGIPAKKPIVPVKRGRGRPPRSAMLAAAAQAKSISMTGKTLTQANFISLKNPAR ESVSRENSAGPSEDAFETSDITQPSERDDLDLDFLAELPEDVRKEVLAQHKADKMSSFCL ALTRKTKSAPLPQARNEEPKIKVSRPAKPTFTTQKLSAQADLRGAMRQWIGAFMDEGPYN EDVVALIKYLNKVVLEEKNMTKAVGMVKWIDYVISDEAQKGSFPKEQWEGALVRIKGSVI KAVKDRGLGTVCFD NT seq 3645 nt NT seq  +upstreamnt  +downstreamnt atgggctcacgcctagagaagaactccgagtcggtccggaagcgcatcgccagccacaag tttgacggcgaggatggggaagagtacaagggttcggcctttggcggctttaacgactac tttaggcgaaagaagatcaaactccaaaacctcgatgccgatatccgacgccaggccggt gacaagccccagatattcaaaggggtcgtggcacatgtcaacggctacacccaaccatcg ctcaacgatctgcatacccttatagtacagcatggcggcggcttcatgcaatacctggac gggaagactacggtgacgcacatcatcgccagtagtctaacgccgaagaaggttgttgaa ttccggcgataccgaatcgtaaagcccgcgtgggtcgtcgacagcatacaagcgggcaag ttgctgccatggagcgaataccgagtggtagacgaaggcgagaagcagaacgtcctggct tttggtaaggatggaatgaccagcacggcaaacgtcaagacgaggggttatcgggatcag acagatgccagttggtacacaagtcagttgaggggtagtcaggccggtccttctagtacg ccaacaccagccatcggcacacgctcgcactcctcgaatgaagagcagcgacttcccaca tcagaggatgacatcaaggatctgtcgccctctcaccagccggacaacgtgcttgaccga cccatatctggaaagccgagtagggctgcgaagctcgtcacaccacccaagactagccct gcggtggtcccggcggatgtagatgagattatcgacgatgtccacgacagcctctatacc gacccgagcccacctctacctcaacagatcgagtacgagaatgagatcgaagccaaatcg agaaagacgtcgcgcgcgccaaacgccctaaagcctaagggacgggagcttactgcagaa gagcataatgccatacttttacgagacccggacgttcgcaaatctaccgtcgtagatcct aactttctagagcaatactatcgcgaatcacgccttcatcacctatccacttggaaagcc gacctgaaagcagaaatgcaggcaatagcagacgagaagagctcttcccagaaagccaaa caaaaatgcacatcaggcgcccggcgctacatcctacacgtggatttcgacagtttcttc gccgctgtcagcttgaagaaatgcccagaatacaaagacaaacccgcagcggttgcacac ggccaaggtagtggctctgaaattgcaagttgcaactacccagcgcgtacgtacggtgtc aagaatggcatgtggatgaggcgagctcaggagctctgtccggaactcaagatcttgcca tatgactttcctgaatacgaagccactagtcgtacgttctacgaggccatcattgctaca ggtggattggtgcagagtgtaagtatcgacgaagcgctcgtcgatgtctcgaacctttgc atcgctgcgggtggtagcaatgggaagcaacattctgaaggcagcattcatcgcgagcaa gcaaaggccgaggaaattgcattgaatctacgggatgaggtcaggttaaagactggttgt aatgtctccgtcggtatcggtagtaatgtcttgctcgctaaagtagcgttacgcagagca aagcccgctgggcagtaccagatcaaacccgaagaggttttagacttcatgggccagctc caggtacaagatcttcctggtgttgcttggtcgatcggcggcaagcttgaagaccaagga gtgaaacttgtcaaggatattcgcgagctcacaaaagaaagactcgttcagattttagga cccaagactggagaaaagttatacgagtactcaagaggcattgaccgccaagagctgggt gagcaagatattcgcaagtctatctctgctgaagtgaactggggcgttcggttcgagaat caacaacaagctaatgatttcatcgcaagcttatgtggagagctgtcgaaacgattgttg agtcagagagtaaaaggcaggcatttctcaatgaaggttatgcgacgctcacccgatgct cctctcgaccctcccaagcatctcggccacggcaaatgcgacacacatagcaggagtgtg atgttgggtgtcgccactaatgccaaggaaattctcacgaaagaggcattagctatgctg cgcggcttgggctttaccccgggtgagcttcgagggttcggtatgcagttgacgaagctt gagcctatgaagaatgctacagatggcagtcttgaaggctctcagcgaagattacagttc aaagtcggccaaggcggacctgtccgtgccgcgcgagctccaaaacctgttgaaaacccg attgcaaaagcgatcgtagaggaccccattcaagacgatccagagaccccacgaaaggca aaagcatcgtcaggaagcgaacatgttccatttggcgctccgacactcaatgcatcaaca ccttctcgccgtccgctaaacatgttaggcacacagttcatcatgcctacgcaggtggat cctgatgtacttgccgagctaccagaagatatacgatcaaaactcctccgccaaacgcgc caatcatcacccacccccgcaaaagttgtagaaaaaagaggtaaccccaacacacctacg aaagccatggctttcgccacaacagcacttcccaaccagtctcaactggaccctgatatc ctcgctgctctgccagcagaagttcgtgccgaggtacttgcgcagtatgatgccaacaac acgcccttctctccatctcgccgtccaaagggcgtggaccaaacgttactacctcaatcg ccacgcaagaataggatcataggtatcccagctaagaaacccattgtgccagtcaaacgt ggtagaggtcgtccgccaagatccgcaatgctcgccgctgctgcacaagcaaagtccatt agcatgactggcaagacactcactcaagccaattttatctcactcaagaacccggcacga gagagtgtgagcagggagaactccgcaggtccaagcgaagatgctttcgaaacaagcgat attacccagccgtctgaaagagatgaccttgacctagacttcctcgctgagctacccgaa gatgttcgcaaagaagttctcgcgcaacacaaagctgacaagatgagttccttttgtctc gccttaaccagaaagaccaaatctgcacccctaccacaagcacgtaacgaagaacctaag atcaaagtctctcgacctgcaaaaccgacgtttaccactcagaaactctcagcgcaggca gatttgagaggtgccatgaggcaatggattggtgctttcatggatgaagggccttataac gaggacgttgttgcattgatcaaatatctcaacaaagtagtcctagaagagaagaacatg accaaggcagtcggtatggtgaaatggattgactatgtcatcagtgacgaagcacaaaag ggaagcttcccgaaggagcaatgggaaggcgcccttgtgcggattaaaggaagcgttatc aaggcggtgaaagacagagggctgggcacagtttgtttcgattag

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