Fervidobacterium pennivorans: Ferpe_1920 Help Entry Ferpe_1920        CDS       T01808                                  Name (GenBank) DNA polymerase III, alpha chain   KO K03763   DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7] Organism fpe  Fervidobacterium pennivorans Pathway fpe03030   DNA replication fpe03430   Mismatch repair fpe03440   Homologous recombination Brite KEGG Orthology (KO) [BR:fpe00001]  09120 Genetic Information Processing   09124 Replication and repair    03030 DNA replication     Ferpe_1920    03430 Mismatch repair     Ferpe_1920    03440 Homologous recombination     Ferpe_1920  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:fpe03032]     Ferpe_1920    03400 DNA repair and recombination proteins [BR:fpe03400]     Ferpe_1920 Enzymes [BR:fpe01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.7  Nucleotidyltransferases     2.7.7.7  DNA-directed DNA polymerase      Ferpe_1920 DNA replication proteins [BR:fpe03032]  Prokaryotic type   DNA Replication Elongation Factors    Elongation factors (bacterial)     DNA polymerase III holoenzyme      Ferpe_1920 DNA repair and recombination proteins [BR:fpe03400]  Prokaryotic type   SSBR (single strand breaks repair)    MMR (mismatch excision repair)     DNA polymerase III holoenzyme      Ferpe_1920 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DNA_pol3_alpha RNase_T PHP DNA_pol3_finger HHH_6 Rv2179c-like DNA_pol_A_exo1 DEDDh_C HHH_3 tRNA_anti-codon Zn_ribbon_8 RNase_H_2 CAF1 DUF655 HTH_16 DUF7130 Colicin_Pyocin YhfH HMBD Motif Other DBs NCBI-ProteinID:  AFG35969 UniProt:  H9UEM6 LinkDB All DBs Position 2005833..2010020 Genome browser AA seq 1395 aa AA seqDB search MYHVFDVSKNLKDISKKIGIQAEGLIKKIIYDRKRESVSFVIEDFKGDAHSLKSVLENFI GIHVDLVLENETKGQIESLETLHEKVMQQLNGSGKYVEKIEINGEHLRIYALGEFGKAHV ISRLKKIKHSLPFKEYTIDVVEQTYETSPKDLAVNGVSQNSAYLSQAKTSEQFNGNDENS TVHLPGPTELTNFNPSVLKTLYSPSEPPQVKKRAKLYGKIFKIDKVSDEIINVYITDKKD SILGKVFNSKVKELEDRLAEGGWYIFSGSINYDKNGNLFFKIDSATEIPSLDRMDNATEK RIELHAHTKMSDLDSVLDVAEYVKTAKKWGWEAVAITDHGNVQSIPEFYELAKSEGLKPI FGCELYIANDPKRIMINEIEGSIENATYVVLDLETTGLNPRLDEIMEIGAVKIVEGKISD EFHTLVKPTTLKEKSLQITGITEEMLKDAPEIGEVIDKLWQFLKDAVLVAHNADFDISFL KHTFARFGREFNPPYIDTLRLSQALLRNQMKAFSLDKLVEHFKLGKFQHHRALDDARVTA RVFLELVELLKRKSITTFDRINKLVEHINPLSKHPQHLTVLVQNKTGLKNLYKLISKSHT ETFFAVPQVLRSDLEKHREGLLLGTGCANSEVFEIALEGDKDALNEILKFYDYVEIMPLD TIVSEEFTKEEAKKAYKLLYEVAKELNIPVVMVSNAHFLDPEDIKARKVLLAPQSNIEDA DANYYLRTTDEMLQAAIEIFEDEKIAKEVVIENPRKVAGLIEEIKPLEKQLHPPKIEGAE EKLKEMTYKRAYELYGNPLPEIVEKRIEKELNSIIGHGYAVLYMIAHLIVKKAGEDGYVV GSRGSVGSSLVAHLVGITEVNPLPAHYRCPDCKYFELHEEVGSGYDLPDKRCPKCGAKLE KAGQDIPFEVFMGFEGDKVPDIDLNFSGEYQERAHKFIEELFGKSHVFRAGTISTIADRS AIGYVRAYMEDKNGNIVNPLNPAEQERLAMYVTGVKRTTGQHPGGLMIVPSDYDIHDFTP YQHPANDKKSGVYTTHFAYEAIHDDLVKLDALGHDDPTMIKLLYEYSGVDPMTIPMDDKA TMSIFSSVKALGVDPEELGTDVGTIGIPEFGTDFVMGMLRETKPKTFAELVRISGLSHGT DVWLGNAQTLIEKKIATLSEVISCRDDIMIYLIHKGVPPSNAFKIMENVRKGKGLKEEEE KLMREYNVPEWFIESCKKIKYLFPKAHAVAYVSMAFRIAYFKVHYPLAFYAAFFSTKGDE FDAELILKGKEAIKKRLMELNNSPKKDVKEKNEEKVLEAALEMILRGFGFKKPDLRRSHH SRFIIDGKDLLIPFNKIRGIGDNVAKSIVQKREVKMFTSIEDLMTRAKVTKAQVEVLKRL GVLDGLPETDQASLF NT seq 4188 nt NT seq  +upstreamnt  +downstreamnt atgtatcacgtgtttgatgtttcgaaaaaccttaaagatatctcaaagaaaataggtata caagcagaagggttaatcaaaaagataatttacgaccgaaaaagagagtcggtctctttt gttatagaagatttcaaaggtgatgcgcattctttgaaaagcgtgcttgaaaatttcatc ggtattcacgtcgatttagttcttgagaatgaaacaaaaggacagatagaaagcttagag acactacatgaaaaagtaatgcagcaactaaacggttcaggaaaatacgtggaaaagata gagataaacggagaacatctcaggatatatgctcttggtgagttcggaaaggcgcatgtg atttccagactgaaaaaaataaagcattctctaccatttaaagaatacactattgacgtt gttgaacaaacctatgaaacttctccaaaagatttagcggtgaatggagtatcacagaat tctgcttatttatctcaagcaaaaacgagtgaacaatttaatggaaatgatgaaaatagc acagtgcatcttccgggacctaccgaacttacgaacttcaatccttctgtcctcaaaaca ctctacagcccatcagagcccccacaagttaaaaagagagcaaagctttacggaaagatt ttcaaaattgataaagtatctgatgagataatcaatgtatacatcacagataaaaaggac tccatccttggtaaagtctttaattcaaaggtaaaggagttggaagaccgccttgcagaa ggtggttggtatatattcagcggttcgattaattacgacaagaacggaaatctctttttc aaaatagattctgcgacagaaatcccttcacttgatagaatggacaatgctactgaaaaa cgcatagagctacatgcacacacaaagatgagtgatttggatagcgtgctcgatgttgcc gaatacgtcaaaacagcgaaaaaatggggttgggaagctgtcgcaatcacagatcacggg aatgttcaaagcatcccagagttttacgaacttgcaaagtcagagggtttaaaacccatc tttggttgtgaactttacatcgcgaatgacccaaagaggataatgataaacgaaatagaa ggttcgatagaaaacgccacttatgtagttcttgacttagaaacgacaggtttgaacccc aggcttgatgaaataatggaaattggtgccgtaaaaattgtggaagggaaaatttcagat gaattccacacattagtaaaaccaacgacgcttaaagaaaaaagtttgcaaatcactggt atcacagaagagatgttgaaagatgccccggaaattggtgaagtaattgacaagctctgg caatttttaaaagatgccgttcttgttgcacataacgcagattttgacatcagctttttg aagcacacatttgcaagatttggaagggagttcaacccaccgtatatagacactcttagg ctgtctcaagcactcttaaggaaccaaatgaaagcgttttcgcttgacaaacttgttgaa catttcaaacttggaaaattccagcatcatagagcattagacgatgcaagagtaaccgca agggtattcttagaactcgttgagcttttgaagagaaaatctataactacttttgacaga attaacaaacttgtcgagcatataaatccactttcaaaacatcctcagcacctaacagtt ttggtgcaaaacaaaacaggtcttaaaaatctatacaagctaatctcaaagtcccataca gaaacgttcttcgcagtgccacaagtgcttcgctcggatttagaaaagcacagagaaggc ttgttattgggaaccggatgtgcaaattctgaggtatttgaaatcgctcttgaaggagat aaagacgcactaaacgaaattttaaagttttacgattatgttgaaatcatgcctcttgat acgatagtctctgaagaatttacaaaagaggaagcaaaaaaagcttacaagttgttgtat gaagttgctaaggaattaaacattcccgttgtgatggtttcaaacgcacactttttggat cctgaagacataaaggcacgtaaagtgttattggctccacaaagtaacattgaggatgcc gatgccaattattatttgcgcacaacagatgaaatgctccaagccgcgatagaaattttc gaagatgaaaaaatagcaaaagaggttgtaattgaaaatcccagaaaggtagctggactt atcgaagaaatcaaacctcttgaaaaacagttgcacccaccaaaaatcgaaggcgcggaa gaaaaattgaaggaaatgacctacaaacgtgcatacgaactgtatggaaatccattgcct gaaatcgttgagaagcggattgagaaagaactgaacagcattataggtcatgggtatgca gttctctacatgattgctcatcttatcgttaaaaaagcgggcgaggatggttatgttgtt ggttcaagaggttcggtcggttcttctcttgttgcgcaccttgttggaataaccgaggtc aacccgttgccagcgcattacagatgtcctgattgtaaatattttgagctccatgaagaa gtgggctcaggatacgaccttccggacaaacgttgtccgaaatgcggagcaaaattggaa aaggcgggtcaagatataccgttcgaagtcttcatgggatttgaaggcgataaggttccg gatatagatttgaatttctcaggcgaataccaagaacgcgcgcataaattcatagaagaa ttgtttggtaaatcacacgttttcagagcgggaacgataagtacgatagctgatagaagc gcaattggatatgtccgagcgtatatggaagataagaacggtaatattgtaaacccgctc aatccagccgagcaagaacgtttggctatgtatgtcacaggtgttaagagaacaacaggt caacatccaggtggactcatgattgttccaagcgactacgatatacacgacttcacaccc tatcaacaccctgcaaacgataaaaagtcaggagtctacaccactcactttgcttacgaa gctatccatgatgacctggtcaaactcgacgcgcttggtcacgatgacccgacgatgata aaactgctgtatgaatacagtggtgtggaccccatgactattcctatggatgataaggct acgatgagtatcttttcttcagtcaaagctctaggcgtggatccagaagagcttggaaca gatgttggaacaatcggcattccagagtttggaacggatttcgttatgggcatgctaaga gagacaaaaccaaagacctttgcagagttagtacgtatatcgggattatcacacggaacg gatgtgtggcttgggaacgcccagacgttgattgagaagaaaatagcaacactttcggaa gttatctcttgtcgtgatgatatcatgatttaccttatccacaaaggtgttccaccgtca aatgcatttaagataatggaaaacgtgcgtaaaggtaagggactgaaagaggaagaagaa aaactgatgagagaatacaatgttcctgaatggttcatcgaatcctgtaagaaaatcaag tatctcttcccaaaagctcatgcagtggcttacgtgagcatggccttcagaatagcctac tttaaagtccattatccacttgcgttctatgcagcgtttttctcaacaaaaggagatgaa ttcgatgcagagctgatactaaaaggcaaagaagcgataaagaaaaggttgatggaactc aacaacagtccaaaaaaggatgttaaagagaagaacgaagaaaaggtccttgaagctgca cttgaaatgattttgcgtgggtttggatttaaaaaacctgatctgagaaggagtcatcat tcaaggtttataatagatggaaaagatctgcttataccgttcaacaaaattcgcggaata ggggacaacgtagcaaaatcgatagtccagaaaagggaagtcaaaatgtttacatccatc gaagacctcatgacaagggcaaaagtaaccaaagcacaagtggaagtactcaaacgattg ggtgtattggacgggctaccagaaaccgaccaagcatctttgttctga

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