Alternaria dauci: 96083848 Help Entry 96083848          CDS       T10615                                  Symbol ACET3X_003526 Name (RefSeq) hypothetical protein   KO K03515   DNA repair protein REV1 [EC:2.7.7.-] Organism adac  Alternaria dauci Pathway adac03460   Fanconi anemia pathway Brite KEGG Orthology (KO) [BR:adac00001]  09120 Genetic Information Processing   09124 Replication and repair    03460 Fanconi anemia pathway     96083848 (ACET3X_003526)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:adac03400]     96083848 (ACET3X_003526) DNA repair and recombination proteins [BR:adac03400]  Eukaryotic type   TLS (translesion DNA synthesis) factors    Y-family DNA polymerases     96083848 (ACET3X_003526) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  IMS REV1_C UBM IMS_HHH_1 IMS_C BRCT_2 BRCT POLH-Rev1_HhH PTCB-BRCT mCpol LIG3_BRCT HHH_5 Motif Other DBs NCBI-GeneID:  96083848 NCBI-ProteinID:  XP_069310073 LinkDB All DBs Position 2:4509457..4513083 Genome browser AA seq 1208 aa AA seqDB search MGSRLEKNSESVRKRIASHTFDGEDGEEYKGSAFGGFTDYFRRKKIKLQNLDADIRSQAG DKPQIFKGVVAHVNGYTQPSLNDLHTLIVQHGGGFMQYLDGKTTVTHIIASSLTPKKVVE FRRYRIVKPAWVVDSIQAGKLLPWSEYRVVDEGEKQNVLALGKDGMTSTTNVKTRGYRDQ TDASWYTSQLRGNQAGPSSTPTPAGTKRLYSPDERQRLPTSEDDIEDLLPSHQPDNVLDQ RIAAKPSKAAKLVTPPKTSPAVVPADADEIPDDGHDSLYTDPSPPNETYREEGPKRTSRG RDAAKSKARELTAEEHNAILLRDPKVRKSTVVDPNFLEQYYRESRLHHLSTWKANLKAEL QAIASEKTSSQKAKQKRASGARRYILYVDFDSFFAAVSLKKHPEYKDKPAVVAHGQGSGS EIASCNYPARTYGIKNGMWMKRAQELCPDLKILPYDFPAYEATSRAFYEAILATGGLVQS VSIDEALIDVSNLCIAAGGSDGKQHSEGSTDREQAKAEEIALNLRDEVRSRTGCNVSVGI GSNILLAKVALRKAKPAGQYQIKSEEVLDFMGQLQVQDLPGVAWSIGGKLEDQGVKLVKD LRELTKERLVQILGPKTGEKLYEYARGIDRQELGEQDVRKSVSAEVNWGVRFENQQQADD FIASLCGELQRRLLSQRVKGKQFAMKVMRRSPDAPLDPPKHLGHGKCDTHNRSVLLGVAT NAKEVLTKEALAMLRGLGFTPGELRGIGMQMTKLEPMKNATDGSLESSQRRLQFKVGNGG PARTAQAPKPAENLTRKAVEEDPIQDDPETPRKPKISSGGDHVPFGAPTLNASTPSRRPL NVLGTQFIMPTQVDPDVLAELPEDIRSKLLRQTRQSSPTPARDARKRGNPSTPTKAMPFA TTALPTLSQLDPEILAALPAEVRAEVLAQYDANNTPFSPSRRPKGVDQTILPQSPRKNRI IGIPAKKPVVPVKRGRGRPPRSAMLAAAAQVKSISLTGKTLTQANFISLKNPARESVSRE NSAGPSDDAFETCGITQPSDGDDLDPNFLAELPEDVRKEVLAQHKAEKMNAFRLAITKKA KPAPAPQVSKKAPKIKVPRPGKPTFTTQKLSVQADLRGAMRQWIGAFMSEGPYNEDVVAL IKYLGKVVLEEKNMAKAVSMVKWIDYVINDEAEKGSFPKEQWETALTRIKEGVIEAGKER GLGAVCFD NT seq 3627 nt NT seq  +upstreamnt  +downstreamnt atgggctcacgtctggagaaaaattccgagtcggtccggaagcgcatcgccagccacacg tttgacggcgaggatggggaagagtacaaggggtcggcctttggcggctttaccgactac ttcaggcggaagaagatcaaactgcagaatctcgacgccgatatacgcagccaggccggc gacaaaccccagatattcaaaggggtcgtcgcacatgtcaacggctacacccaaccgtcg ctcaacgacctgcataccctcatagtccagcatggcggcggcttcatgcaatacctggac ggcaagaccacggtgacgcacatcatcgccagcagtctaacgcccaagaaagttgtcgag ttccggcgataccgaatcgtaaagccggcgtgggtcgtcgacagcatacaagcgggcaag ttgctgccatggagcgaatatcgagtggtagacgaaggcgagaagcagaacgtcctggct ctcggtaaggatggaatgaccagtacgacaaatgtcaagacgaggggctatcgtgatcag acagacgccagttggtacacgagccagttgaggggtaaccaggccggcccttccagtacc ccaacaccggccggcaccaaacgcttgtactcgccggatgaaaggcagcgacttcccacg tcggaagatgacattgaagatctgctaccctctcaccagccagacaacgtgctcgaccaa cgcatagctgcgaaaccaagtaaggctgcgaagctcgtcacaccacccaagactagccct gcggtggtcccggccgacgcagacgagattcccgatgatggtcatgacagcctctatacc gacccgagccccccgaacgagacctaccgcgaagagggaccgaaaaggacgtcgcgcgga cgagacgctgccaagtccaaggcccgggagctgactgcagaagagcacaatgccatactt ctacgagacccgaaggtgcgcaaatctaccgtcgtagatcccaacttcctagagcagtac taccgcgaatcacgcctgcatcacctatccacttggaaagccaacctgaaggcggaattg caggcaatcgcaagtgagaagacctcttcgcagaaggccaaacagaagcgcgcatcgggt gcccggcgctacatcctatatgtggactttgacagctttttcgccgctgtcagcttgaag aaacacccagaatacaaagacaaaccggcagtggttgcacacggtcaaggtagcgggtcc gaaatcgcaagctgcaactacccagcgcgtacgtacggtatcaagaatggcatgtggatg aagcgagctcaagagctctgtccagacctcaagatcctgccatacgacttccctgcatac gaagccactagtcgtgcattctacgaagctatcttggctacaggtggattggtgcagagt gtgagcatcgatgaagcgctcatcgatgtttcgaacctttgcattgctgccggtggtagc gatgggaagcaacactctgaaggcagcactgatcgcgagcaagcaaaagctgaggaaatt gcattgaatctacgggatgaagtcagatcaaggactggttgtaacgtctcggtcggcatc ggcagcaacatcttgctcgccaaggtagcgttacgcaaagcgaagcccgctgggcaatac cagatcaaatccgaagaggttttagacttcatgggccagctccaggtacaggatcttcct ggcgttgcttggtccattggcggcaagcttgaagaccagggagtcaaactcgtcaaggat cttcgcgagctcactaaagaaagacttgttcagatattaggacccaagactggagagaag ctatacgagtacgcgagaggcattgaccgacaagagctgggtgagcaagatgtccgcaaa tctgtctctgctgaagtgaactggggcgttcggttcgagaatcaacaacaagctgatgat ttcatcgcaagcttatgcggagagctacagagacgactgctgagtcaaagagtaaagggc aagcagttcgccatgaaggttatgcgacgctctccagatgctcctctggaccctcctaag catctaggccacggcaagtgcgacacgcataacagaagcgtgttgctcggtgtcgccact aatgccaaagaggttctcacaaaagaagcattagctatgctgcgcggcttgggctttacc ccgggtgagcttcgaggtatcggtatgcaaatgacgaagcttgagcctatgaagaatgct acggatggcagtctcgaaagttcacagcgaagactacagttcaaagtcggcaatggtgga ccagcccgtaccgcgcaagctcccaaacctgctgaaaatttgaccagaaaagctgtcgaa gaggatcccattcaagatgatccagagaccccgcgaaagccaaaaatatcatcaggaggc gaccatgttccatttggtgctccgacacttaacgcatcaacaccttctcgccgtccacta aatgtgctcggcacacagttcatcatgcctacacaagttgatcctgatgtgcttgctgaa ctaccagaagacatacgatcgaaacttctccgccaaacgcgccaatcatcacccactccc gcacgggatgcaagaaaaagaggtaatcccagcacacctacgaaagccatgcctttcgcc acaacagcacttcctaccctgtctcaactcgatcccgaaatcctcgctgctctgccagca gaagttcgtgccgaagtacttgcacagtatgatgccaacaatacacccttctctccatct cgccgtccaaagggcgtggaccaaacaatactaccccaatcgccacgcaagaataggatc ataggtatcccagctaagaaacctgttgtaccagtcaaacgtggtagaggtcgtccgcca agatccgcaatgctcgccgccgctgcacaagtcaagtccattagtttgactggcaagaca ctcactcaagctaatttcatctcacttaaaaacccagcacgagagagcgtgagtagggaa aattccgctggtccaagcgacgatgctttcgaaacatgtggtatcacccagccctctgat ggagatgaccttgatccaaactttctcgctgagctacccgaagacgtccgcaaagaagtt cttgcgcagcacaaagccgaaaagatgaatgccttccgcctcgccataacaaaaaaggcc aaacctgcacccgcaccacaagtatctaaaaaagcacccaagatcaaagtccctcgtccc gggaaaccgacatttaccactcagaaactctcagtgcaggcagatttgagaggagctatg agacaatggataggtgcttttatgagtgaagggccttataatgaggacgttgttgcactc atcaagtatctcggcaaagtggtcctagaagagaagaatatggccaaggccgtcagtatg gtgaaatggatcgattatgttatcaatgacgaggcagaaaagggaagcttcccgaaagag cagtgggaaaccgccctcacgaggatcaaagaaggtgtgatcgaggcagggaaggagagg gggctgggcgcagtgtgctttgattag

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