Alkalicella caledoniensis: HYG86_17600 Help Entry HYG86_17600       CDS       T07204                                  Name (GenBank) PolC-type DNA polymerase III   KO K03763   DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7] Organism acae  Alkalicella caledoniensis Pathway acae03030   DNA replication acae03430   Mismatch repair acae03440   Homologous recombination Brite KEGG Orthology (KO) [BR:acae00001]  09120 Genetic Information Processing   09124 Replication and repair    03030 DNA replication     HYG86_17600    03430 Mismatch repair     HYG86_17600    03440 Homologous recombination     HYG86_17600  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:acae03032]     HYG86_17600    03400 DNA repair and recombination proteins [BR:acae03400]     HYG86_17600 Enzymes [BR:acae01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.7  Nucleotidyltransferases     2.7.7.7  DNA-directed DNA polymerase      HYG86_17600 DNA replication proteins [BR:acae03032]  Prokaryotic type   DNA Replication Elongation Factors    Elongation factors (bacterial)     DNA polymerase III holoenzyme      HYG86_17600 DNA repair and recombination proteins [BR:acae03400]  Prokaryotic type   SSBR (single strand breaks repair)    MMR (mismatch excision repair)     DNA polymerase III holoenzyme      HYG86_17600 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DNA_pol3_alpha RNase_T PHP DNA_pol3_finger HHH_6 tRNA_anti-codon RNase_H_2 DEDDh_C DNA_pol_A_exo1 HHH_3 DNA_pol3_a_NII YhfH Motif Other DBs NCBI-ProteinID:  QNO16460 UniProt:  A0A7G9WCP8 LinkDB All DBs Position 3573368..3577570 Genome browser AA seq 1400 aa AA seqDB search MTIDKLINNPNINIQKISVSTHRQGWVIYITGPASIVNDLKTLEKKIISEVAGLKEVCFC ILKDGTSPQDDEIIKLNLDFIKKQLATEFPAVQSTISNWKLEVKSQNIIFSLNNNLQHYY VNMKSIHRWLEKFVWDTWRQEVKVDFILDQSSNVPLTKHKEKEKEYILELVKKIPDKNVE VSKGDAVLRGKNIVKDPKPIFEIIEEDRNICMWGKVITFEQRELRSGRTLVTFDICDYTD SISCKLFLEEGEKFPTINPGTFIKVYGNIQHDKYSQELTVLPRDVNKISIELKKDSAEIK RVELHAHTKMSSMDATTSAADLVKRAAHWGHEAIAITDHGVVQAFPDAYDAGKKHGVKII YGVEAYLVDDMDNNIVINPKNKALKDITYVVFDLETTGLDSKNEEIIEIGAVKMRDGEIV DQFSALIKPDKIIPDKITEITGITNEHVKGSPSIDTVLPEFLEFCGESTLVAHNANFDYG FLTNWCQKLQYDLNTCVIDTLSLSRALVRDVKNHKLNTLAKHFGIELKNHHRAVDDCKAT AQLFKHLLDECTKLGCNDIKSLTKIPIEGNIKNQKSFHCILLVKDPTGLKNLYKLISFAH TKYFYRQPKIPKSLINNFREGLIIGSACEAGEIFKMFLDGKPNNEIEEKARFYDYLEIQP VDNNEFLVRDGFVQGRRDIEEINKQIIALGDKQNKLVVATGDVHFLDEDDSVYREILMAG KGFADASNQPPLHFKTTQEMLDDFSYLTKEQREAVVIHNPRAIAEQIEILQPIPDDLFTP KIENSDEMLRDMCIKRSEEQYGIPVPDTVKARLEKELNSIIKHGFGVIYYISHKLVTKSL SDGYLVGSRGSVGSSLVATFSDITEVNPLPPHYLCPICKFSEFYEDGSVGSGVDLPDKDC PKCGNKLKKDGHDIPFETFLGFNGDKVPDIDLNFSGEYQPMAHKYTEELFGRDYVFRAGT IATVAEKTAYGFVQNYLSDKNLRKRSAEVNRLVQGCTGIKRTTGQHPGGLMVVPNYMDIY DFCPVQHPADDRESTTITTHFDYHSIGDNLLKLDILGHDDPTVIKMLEDITGLNALEIPL DDKKTMSLFSSTKAIGLSEKELGSKVATLGIPEFGTKFVRQMLEDTKPTTFSELVRISGL SHGTDVWLNNAQELVKNNIATLSEVISTRDDIMVYLIYKGLEPSMAFTIMESVRKGKGLK EEHIKSMKENNVPDWYIDSCLKIKYMFPKAHAVAYVTMAFRIAYCKVNYPLAFYAAYFTV RADEFNTEMIKEGERGVRNQIRALNEKGNNLTTKEKSQLTVLEIILEMFLRGYTFNKVDL YKSYHSNFIIEGKTLIPPFIAIGGLGKNAAISVVEAREKGQFISIEDLRQRTGLSKTVLQ TMQDLGYLEGLPQTNQLSLF NT seq 4203 nt NT seq  +upstreamnt  +downstreamnt atgactatagataaattaattaataatcccaatataaatatacaaaaaatttctgtatca acccatcgacaaggatgggttatttacataactggcccggccagtatagtgaatgattta aagacccttgaaaaaaagataatcagtgaagttgccggacttaaagaagtgtgtttttgt atattaaaagatgggacaagccctcaagacgatgagattataaaattaaacttagatttt ataaagaagcaactggcaactgaattccctgctgtgcaaagcacaataagtaattggaag ttagaagtgaaatcacagaacattattttttccttaaacaacaacctccaacattattat gttaacatgaaaagtattcacagatggcttgaaaaatttgtttgggacacttggaggcaa gaagttaaagtagattttatactagatcaaagttctaatgttccactaaccaaacataag gaaaaggaaaaggaatatatactagaacttgttaaaaagataccagataaaaatgtggaa gttagtaaaggcgatgccgtattaaggggaaaaaatatagtcaaagaccccaaaccaatc tttgagataatcgaggaagacagaaatatatgtatgtggggaaaagtaataacttttgaa caaagggagcttaggtcaggtagaacattagtaaccttcgatatttgcgactacacagac tccatatcatgcaagttattcctagaggaaggggaaaaattccctaccattaaccctggg accttcataaaagtttatggaaatattcagcacgataagtattcacaagaactcacggta ttaccccgggacgtaaacaaaataagtattgaactaaaaaaagatagtgctgaaattaaa agggtagagctacatgcacatactaaaatgagctcaatggatgctaccacttccgcagca gacctcgttaaaagagctgcacattggggacatgaagcaattgccataacagaccatgga gttgttcaggctttccctgatgcttatgatgcaggcaaaaaacatggtgttaagataatt tacggagtagaggcatacctcgttgacgatatggataacaatattgttataaatcctaag aacaaagcattgaaggatataacctacgtggtttttgacctcgaaacaacaggactcgat tctaaaaatgaggaaataattgaaattggtgctgtaaagatgagagatggtgaaatagtt gaccaattttcggcccttattaaacctgataagataataccggacaagataactgaaatc acaggcataacaaatgagcatgtaaaaggttctccttccatagacacagttttacctgaa tttcttgaattttgtggtgaaagtacacttgtggctcacaatgctaattttgactatggg tttttaactaattggtgtcaaaaattacagtacgaccttaacacatgtgtaattgatact ctttccttaagtcgagcattagtaagagatgtaaaaaatcataaactaaatacgctagct aagcattttgggatagaacttaaaaaccatcatagggcagttgatgattgtaaagctaca gcacaattatttaaacacctcttagatgaatgtaccaaactaggatgtaatgatattaaa tcattaacaaaaatacccatagaaggtaatatcaaaaaccaaaagagctttcattgtatt ttacttgttaaagaccctacggggttaaaaaacctatataaacttatatcctttgcccat acaaaatacttttatcgtcaacctaagattccaaaatcactaataaacaactttagggaa ggtttaattattggatctgcatgtgaagcaggggaaatttttaaaatgtttttagatgga aaaccaaacaatgaaatagaagaaaaagcaagattttatgattacctagaaatacaacca gtggataataacgagtttttggttagagatggctttgtgcaggggcgaagggatattgaa gaaatcaacaaacaaataattgccttaggggataagcaaaataaacttgtggtggcaaca ggtgacgtgcactttttagatgaagatgactccgtgtatagagagatattgatggcaggt aaaggctttgcagatgcaagcaatcaaccacctctgcattttaaaaccacccaagagatg ctagatgacttctcttaccttacaaaagaacaaagggaagcggtagttatacacaaccct agagcaatagcagaacaaatagaaatactacaacctatacctgacgacctcttcacacct aaaatcgaaaactccgatgaaatgctaagggacatgtgtattaaaaggagtgaagagcaa tacggtataccagtacccgatactgtaaaagctcgccttgaaaaagagttgaactctatt attaaacatggttttggggtaatatattatatttctcataaactggttaccaaatcttta agtgatggttacttagtaggatctagaggatccgtggggtcttccttagtggcgaccttt tccgacataactgaggttaatccactgccaccacactacctatgcccaatctgcaaattc tcggagttttacgaagatggttctgtaggttctggtgttgacttgcctgataaagattgt cctaagtgtggaaataagttaaaaaaagatggtcacgatatcccatttgaaacatttcta gggttcaatggtgacaaggtcccagatattgatttgaacttttcaggtgaatatcaacca atggcacataaatatacagaagagctatttggaagggattatgtgtttagggcagggact atagccacagttgctgaaaaaactgcatatggctttgtccaaaactacctatcggacaaa aatctgagaaaaagaagcgcagaagttaacagacttgttcaagggtgtacaggaataaaa aggacaactggacagcatccaggtggtttaatggtagttcctaattatatggatatctac gatttttgtcctgtgcaacatcctgctgatgatagagaatctacaacaataaccacacac tttgactatcattcaattggtgacaatttgttaaagcttgatatattggggcatgatgat cccactgtcataaaaatgttagaggacattacaggactaaacgcactggagattccccta gacgataaaaaaacaatgtcattattttcatcaacaaaagccatcggacttagtgaaaaa gaactaggttctaaggttgctactttgggtatacctgagtttggaactaagtttgttaga cagatgttagaggatactaaacctacgactttttctgagcttgtgcgaataagtggtctc tcacacggaactgatgtatggttgaataatgcacaagaattggtaaagaataatattgca acactttcagaagttatatcaacaagggacgatataatggtgtatttaatctataaaggt ttagagccttccatggcctttacaattatggaaagtgttcgtaaaggtaaaggattaaaa gaggaacatattaaatccatgaaagaaaacaacgtcccagactggtacattgattcttgt ctgaagataaaatacatgttcccgaaagcccatgcagttgcatatgttacaatggccttt agaatagcttattgtaaagttaattaccccttagcattttacgctgcttacttcaccgta cgagccgatgaatttaacacggaaatgataaaagaaggtgaaagaggtgtccgtaatcaa attcgggcattaaacgaaaagggaaacaatttaacaacaaaggaaaaatctcaactgaca gtgctagaaataattttagaaatgttcttaaggggttatacttttaataaagtagatctt tacaaatcctatcacagtaatttcattattgaaggtaaaaccttaattcctccttttatt gcaattggtggattaggaaaaaatgctgcaataagtgtggtggaagctagggaaaaaggg caatttatttccatcgaagatttaagacagagaacagggctgtctaaaacggtattacag acaatgcaagacttaggttatttagaaggtttaccccagacaaatcaactttccctgttt taa

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