Methanobrevibacter millerae: sm9_2254 Help Entry sm9_2254          CDS       T04203                                  Name (GenBank) replication factor A   KO K07466   replication factor A1 Organism mmil  Methanobrevibacter millerae Pathway mmil03030   DNA replication mmil03420   Nucleotide excision repair mmil03430   Mismatch repair mmil03440   Homologous recombination Brite KEGG Orthology (KO) [BR:mmil00001]  09120 Genetic Information Processing   09124 Replication and repair    03030 DNA replication     sm9_2254    03420 Nucleotide excision repair     sm9_2254    03430 Mismatch repair     sm9_2254    03440 Homologous recombination     sm9_2254    03460 Fanconi anemia pathway     sm9_2254  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03000 Transcription factors [BR:mmil03000]     sm9_2254    03032 DNA replication proteins [BR:mmil03032]     sm9_2254    03400 DNA repair and recombination proteins [BR:mmil03400]     sm9_2254 Transcription factors [BR:mmil03000]  Eukaryotic type   Zinc finger    Cys2His2 others     sm9_2254 DNA replication proteins [BR:mmil03032]  Eukaryotic type   DNA Replication Elongation Factors    RPA (replication protein A)     sm9_2254 DNA repair and recombination proteins [BR:mmil03400]  Eukaryotic type   SSBR (single strand breaks repair)    NER (nucleotide excision repair)     RPA (replication factor A)      sm9_2254    MMR (mismatch excision repair)      sm9_2254   DSBR (double strand breaks repair)    HR (homologous recombination)      sm9_2254 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  tRNA_anti-codon REPA_OB_2 CDC24_OB3 Rep_fac-A_C OB_MEIOB_N SHLD2_OB1 HIN DUF5088 Motif Other DBs NCBI-ProteinID:  ALT70010 UniProt:  A0A0U3DVJ2 LinkDB All DBs Position complement(2458600..2461209) Genome browser AA seq 869 aa AA seqDB search MEKEILEQYNKVKDILSEEEFLNEIEQIRPNFEDLPFMDEVDIAKEVVKNHIGAADISKS EDSIDDADSSFEKVVMTNELLEKYNQIKDYMSEDEFLDEMNKLKKENSDVSFMNEETFAD QIVGRYVESENEILTEREEYSSDNIGLLEDGDKDKSFTGVVKTISNPRSFKTRKGNSGKV CNVDVEDKTGKIRVVLWTENIKHLKNISEGDIVHVGGVDIKDGYSGLEASMRPRSVFEKA VDADPSDYPTYTEEITPIKDVQANTTVNVIARITRIPPVRTYNKNGKDGKVASLELQDAS GTISYTLWNNNVDLIQSLELNDGDTVKILQAQVRERNDEKSLSHWDGRIIKGDFDVPEFE HEVSKIGDLDDGDSDISIIGVVTKLQDIRKFIRKSDKSEGQLRNFNITDDTGSIRVTLWG ESADIEIKKGDIVKLIGGTVVYDEYTEEGHSINTNFSTQISVNPKNLSEDDELIFNNIKE KLQPMQIEQVVLGDEENIDVDVMGRIMSVGDIRTFERPSDGSQGKVRSASFSDGTEVIQL SLWDDKTNVDLDVGNAYLLENARVRFSMDSISLNIGSSSRVISLSEDQAKFLPSFETLEK MIYEYREISDLDEYDENIYVVGRIFEVFDVRELERDDGSKYLLRNIEIADNSQAIRVSLW GENAKREFDEGEAIKIQNPRIDLYNDQLTLNIAESTAIVKPSDEELMNLPSFDELKEAIY VPKEIEAIEDNDVNVRVTGTLQDIVSERLLLRKCPHCSNTIGDVELDGETMCDFCGETFD EPRTTLMIPTTLVDDTGDIGVTFFDNLVEDLLEMPREEIINIVTDDPGALDGRIEDLEGL TVEIIANVSYDEYNEVRKLNPRKILQKYY NT seq 2610 nt NT seq  +upstreamnt  +downstreamnt atggaaaaagaaattttagaacaatacaataaagtcaaagatatactctctgaagaagaa tttttaaatgaaatagagcaaattcgtccaaattttgaagatttgccttttatggatgag gtagacattgcaaaagaagttgttaagaatcatattggtgcagctgatatttcaaaatct gaagattctattgatgatgcagattcttcatttgaaaaagttgtaatgactaacgaactt ttagaaaaatataatcagattaaagattatatgagtgaagatgaatttttggatgaaatg aataaactcaaaaaagaaaattcagatgtatcttttatgaatgaagaaactttcgctgat caaattgttggcagatatgttgaaagcgaaaacgaaattttaaccgaaagggaagaatat tccagcgacaatattggattactggaagatggtgataaagacaaatctttcactggtgtt gttaaaacaatcagcaatccaagatcatttaaaacacgtaaaggaaactctggaaaagtg tgtaatgttgatgttgaagataaaacaggaaaaattcgtgttgtcctatggacagaaaac atcaaacatttaaaaaatatttctgaaggagatattgtccatgttggtggagttgatatt aaagatggttattctggtcttgaagcttcaatgagacctagatctgtttttgaaaaagca gttgatgctgatccttcagattatccaacatatactgaagaaattactccaatcaaagat gttcaggccaatacaacagtaaatgttattgcaagaattactagaattcctcctgttaga acatataataagaatggtaaggatggaaaagttgcatcattggaacttcaggatgcatct ggaacaatctcatatactttatggaataataatgttgatttaattcaatctcttgaatta aacgatggcgataccgtaaaaattcttcaagctcaagtaagagaaagaaacgatgaaaaa tctttaagtcattgggatggaagaataattaaaggggactttgatgttccagaatttgag catgaggtttcaaaaatcggtgatttggatgacggagacagtgatatttcaataattggt gttgtaactaagttgcaggatatcagaaaattcattagaaaatctgataaaagtgaaggc caattaagaaatttcaatattacagatgatactgggtccattagggtcactttatgggga gaaagtgcagatattgaaattaaaaaaggagatattgtaaaattaattggtggaactgtt gtctatgatgaatatactgaagagggtcattctattaatacaaatttctcaactcaaata tctgtcaatcctaaaaacttatcagaagatgatgaattaattttcaacaatatcaaagag aaattacagccaatgcaaatcgaacaagttgtattgggtgatgaagagaatattgatgtt gatgtaatgggtaggataatgtctgtcggcgatataaggacttttgaaagaccatccgat ggttctcaaggtaaagttcgttcagcatcattttctgatggtactgaagtaattcaatta tcattatgggatgacaaaaccaatgttgatttggatgttggaaatgcatatctgcttgaa aatgcaagagtaagatttagcatggattcaattagtttaaacattggctcatcttcaaga gttattagtttatcagaagatcaagctaaatttttaccatcattcgagacattagaaaaa atgatttatgaatatcgtgaaatttcagatttagacgaatatgatgaaaatatttatgtt gttggaagaatctttgaggtatttgatgttcgtgaattagaaagagatgacggtagtaaa tacttactaagaaatatagaaattgctgataattctcaagctatcagagtatcattgtgg ggagaaaatgctaaaagagaatttgatgaaggagaagctattaaaattcaaaatcctagg atagatttatataatgaccaattgactttaaatattgctgaatctactgctattgttaaa ccaagcgatgaagagttaatgaacttaccttcatttgatgaactcaaagaagcaatttat gttccaaaagaaattgaagcaatagaagataatgatgttaacgttcgtgttaccggaact cttcaggatattgtctctgaaagattacttctcagaaaatgtccgcattgttctaatact attggtgatgttgaacttgatggagaaacaatgtgtgatttctgtggtgaaacatttgat gaaccaagaaccactcttatgattccaacaactttagttgatgatactggtgatataggt gttacattctttgataatttagttgaagatttattagaaatgcctagggaagaaattatc aatatagttactgatgatcctggagctttagatggaagaattgaagacttagaaggtctc actgtagaaattattgcaaatgttagctatgatgaatataatgaagttagaaaactcaac ccaagaaaaattttacaaaaatattactaa

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