| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0610 |
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| Symbol | uvrA |
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| ID | 1245972 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Chlamydia muridarum Nigg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002620 |
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| Strand | + |
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| Start bp | 729938 |
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| End bp | 735301 |
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| Gene Length | 5364 bp |
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| Protein Length | 1787 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637061418 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | NP_296986 |
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| Protein GI | 15835227 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0178] Excinuclease ATPase subunit |
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| TIGRFAM ID | [TIGR00630] excinuclease ABC, A subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCCTTCTA TTGTTAGACT TTCCGGTATC ACCGTAAGAA ACTTAAAAAA TGTTACGGTA
GAATTCTGTC CCAGAGAAAT CGTTTTATTC ACTGGGGTCT CTGGCTCTGG AAAGTCTTCT
CTTGCTTTCA ATACTATTTA TGCAGCAGGC AGGAAACGTT ACATCACGAC CCTGCCCTCC
TTTTTCGCAA CAAGAATACA CTCTCTACCA GACCCTGCTG TAAAAAAGGT TGAAGGATTA
TCTCCCACCG TTGCTGTTAA ACAAAATTTT TTTGCTCAAC ACGTACATGC GACTGTTGGC
AGTACAACGG AAATCAACTC TTATCTAGCT TTACTGTTCT CGTTAGACGG ACAAGCCTAC
GATCCCATTA CGCTACGCCC TTTAACCTTG TACAGCAAAG AAAAAATATT AGCTGAAATA
GCGGCTATTC CAGATGGAAC TCAACTCACT CTACTAGCTC CATTGCCCGC AGGAGATATA
CTGAGAGTCC GAGAATGTCT CCGCCAGGGC TTCACAAAAA TCTTAATCGA TGGAGAGATC
TCTCCTATTC ACAAATTTCT TGCAACAGGA GTTCCTGTTC CTTCTCAGCT CATTATTGAT
ACGCTGATCA AAAATGCTTC TAATACTCCA CGCTTAAAAG TCAGCTTATT CACAACGCTA
GACATTGGTC ATGGAGAATG TTGCTTGCAC TTCGACAATC AAAAACGTGT CTTTTCTACA
CAAACCACTC TTCCAGAAAC ACAAAACACC TACACGCCAT TATCCCCAGA TCTTTTTTCT
TCTCATAGCC ATAAGGATCG TTGCCCTCAA TGCCATGGCT CTGGAATTTT TGTATCCATT
AACGATCCCT CTATCATTCA GCAAAACCTC TCTATCGAAA AGAACTGCTG TCCTTTCGCT
GGTAGCTGCT CCATTCTTTT ATACAAAACA ATCTATCAAT CTTTAGCCGA TAACTTAGGA
TTTAGTCTTA GTACTCCATG GCAGGATCTG TCTCCTGAAA TCCAGCATAT CTTCTTATAT
GGGAAAGAAG GCCTCTCTTT GCCAGTCAAA CTGTTTGACG GAACTTTAGG AAAAACAACT
CAAACGCATA AGCAGTGGAA AGGCGTGCTG AACGAAATTG GAGAAAAAAT CCGATTTGCA
AATAAGCCTT CTCGTTATCT CCCTAAGGGG ACCTCTTACA CTGAATGTCC TAGATGTCAA
AAAACTGGGC TCAGCGATTA TGCTAATGCT GCTAAATGGC ATGGCAAGAG CTTTGCAGAT
CTGCAACAGA TGTCTCTTCA AGAGTTATTT ATTTTTCTGA ACCAGCTTCC TCCAAAAGAT
CCTGCTATAG AAGAGGTCAT TCAGGGACTA AAGGCTCGCC TTGCCATGCT GATAGACTTG
GGGCTTCCCT ATCTCTCTCC CGAAAGATCC GTAAACACTC TTTCCGGAGG AGAACAAGAG
CGCACGGCAT TGGCTAAGCA CTTAGGAGCC GAGCTTATGG GTGTCACCTA CGTTTTGGAT
GAACCCTCAA TTGGACTACA TCCACAAGAT ACCTATAAGC TAATGGATGT CATCAAAAAA
CTCCGTGACC AAGGAAATAC AATCCTACTC GTCGAACATG ATGAACAAAT GATCTCCCTT
GCAGATCGAG TCATTGATGT CGGACCAGGA GCCGGAATTT TTGGTGGGGA AGTGGTTTTT
AATGGAACCC CTAAGGAATT TTTAGCAAAC AGCCACTCTT TAACAGCGCA ATATCTTCGT
CAAGAGCAAC AAATTCCTAT CCCTGCTAAA CGCCAGACCT CTTTAGGTTC TATAACCCTA
TCCCGGGCAA ATAAACACAA CCTTAAAAAC CTGACTGTTT CCATTCCCTT GGGACAATTA
ACTGTCGTAA CTGGGGTTTC TGGCTCCGGG AAATCTTCTC TTATTAACGA CACGCTGGTC
CCCTGCGTGG AAGAATTTAT CGAACAAGGT TCCTGCCCCA ATCTTGCTGT TCAAGGGAAA
CTATCCCGGC TGGTGCATAT CAATAGAGAT CTCCCTGGAA GATCACAGCG CTCTATCTCT
TTAACTTATA TCAAAGCTTT TGATGAACTC CGTCAGTTAT TTGCTGAGCA ACCTCGCTGC
AAACCTCTAG GGTTAACAAA AAGTCACTTT AGCTTCAATA CTCCCTTAGG AGCTTGCTCA
GAATGTGGCG GTCTTGGATC CATAACTGCT ATGGATAACC AGGATTCCAT AACATGTCCT
TCTTGTTCAG GGAAAAGATT CCTTCCTCAG GTCTTAGAAA TCCGTTATAA AAACAAAACG
ATCGCAGATA TTCTTGAAAT GACGGCTTAT GAAGCTGAAA GTTTCTTTTT AGATCAACCC
AGCATTCATA ACAAAATTCA AGCTTTGTGT ACCTTAGGAT TACAATATCT TCCTCTTGGA
AGGCCCCTCT ATAGTTTATC TGGAGGGGAA ATTCAAAGAT TAAAGCTTGC ATGCGAACTA
TCTAATCCTG TTAAACACCC TACTCTTTAT GTTCTAGATG AGCCCACAAC AGGTCTCCAC
ACTCATGACG TCAAACAATT GATTCATGTT TTACAATCCC TAACTGACCA AGGACATTCT
GTTGTGATTA TCGAACATAA CATGCATGTA GTAAAAATTG CTGACTACGT GCTGGAACTT
GGACCAGAGG GAGGAAATAA AGGGGGGTGT CTCATAGCCT CTTGCTCTCC TGAAGAACTC
ATTCATAAGC ATACCCCTAC ATCCTTAGCC CTTCGTCCTT TTCTATCTCA ACACCAAGAA
CTTCCCCATC TTCCGGATCT GAGACAACAG CCTCCTATTC CTGCGGCAAT CATTATTACA
AATGCTCATC ACCATAATCT CAAACATATC GATGTTTCTA TTCCTCGCTA TGCGCTAACA
ACAGTGACAG GCCCTTCAGC TTCAGGAAAA CATTCCTTGG TATTTGATGT ACTTCATGCT
GCAGGCAATA TCTCCTATGC AGAACTATTT CCTCCCTATA TCCGACAAGC ACTCATAAAG
AAAACTCCTC TTCCTTCCGT GGACAAGGTA ATAGGGTTGT CTCCAGTTAT CGCTATAGAA
AAAAATAGTG CAAAAAACTC GAGTCACTCT GTGGCATCAG CGTTAGAAAT CTCTGATATG
CTAGAGGAGC TTTTTACCCA AATAGGACGC CCTTATTCCC CTGTCTCAGG AGATCTATTA
AAAGAAGTCT CTCCTCAGAC TATCGCAGAA GAATTGCTAG AAAATTACGC TCAAGGATAC
GTAACAATCA CCATCCCCTT CCCTCCAGAA GAAGATTTTT TCTCTTATAC TCAAGAAATG
CTGCGGGAGG GATTCTTAAA GCTTTATGCT AACGAACAGC TCTATGATCT AGAAGGGCCG
TTCCCAGATT GTTTAGAGTC CCCAGCTCTT GTCATTCATC ATGTAAAAAT TCTTGAAAAA
AACATCCCAT CCATTCTGTC TTCGCTCTCT TTGGCCTTTA GCAAATCCTC CTCCATCCGT
CTTCATATTG AAAACTATGG AATAACTACT TCTAAAACTT ACCAATTAGG ATTACAAGAC
TCCTTAGGGA ACTCATTCCC CAGTAATGAT AACACAACGC ATCTGTGTCC TTTTTGTCAT
GGAAACGGCT CTTTAAGCAC ATTTTCTATA CTTCCATATA AAAACCGCTT TGCAGAACAT
ACCCCTCTAT CCCTATTCAC TAGCCTCTTC CCTAATCAGG ATCCTACTCC AATCTATCCT
CTTCTCGAAG AATTGGGAAT TCCATCGATT GCTCTATTTC AAGAAATGGA TGACCATTCT
TTTCAAAAGC TCTGTTTAGG AACTCTGCAA AACCCAGGTT TTGATGCTTT ATGTACGAAA
GCTATGCTAG CGCATCCTAC AACGAATTTC CCGACCTACC TTATCTCAGA AACTCCATGT
AACCAATGTC AAGGGAACGG CACCTATACC TACGAGCATT GTACTCGTAT TCACGACATC
TCTTTATCAG ATATTTATCA ATCAGATGTC CCCTTTCTTA AAAAGTTCCT TCTTTCTTTA
GGGAAAGATC TCCCTCTTGT TTCAGATATT TTCCAGAAAC TGGAGCTTCT CGAACGCGTT
GGTCTGAGCC AGGTTATCCT AGGACAAGAG CAAAGTTCTT TAAGTGATGG GGAGCGTTAC
CAACTTTTAC TGGCAAAAGC CTTTTCTTCA GGACTTACAG ATGTGATCTA CCTCTTAGAG
GATCCCTTGG CAGGTATTCA TCCTAAAGAT GCGCCTTCCT TGCTATCTGT TATTAAAGAT
CTCGTAGCCA ATCATAACAC TGTAGTAGTA ACAGATAGAG AGGGATCTCT TTCCAAACAC
GCAGATCACG TTATCCATCT AGGCCCTGAA CCAGGTCCTA ACGGAGGCTA CCTATTAGAG
ACTAGTGCTT TCAGAGATCT CCAACCTATA TCCCAAAGCA CATACATCTC TGACCAAATT
CCAAAACTAT CTGTCTCTGT ATTAACCTCA GCTATCCAAA TAGACAACCT TTCTATTCCT
TTACGCAGCC TCTCAACCAT TTCTGGAGTA TCAGGATCTG GGAAAACTAC TTTACTATTA
GAAGGGATTT ACAAAAGCGG CTGCGCTATG CTTGAAAAAG ATCCTTCTCT ATTCTCTGAA
ATTATTTTTC TAGATTCCCA TCCTCAACCC GCTTCTTCTC GCTCCGATAT CAGTACTTAT
TTCGATATTG CTCCATCATT ACGAAACTTT TTTTCTTCCT TAACACAAGC AAAAGCGCTA
AATATTTCTG CTTCCATGTT TAGTCCCAAC ACAAAACAAG GACAGTGCTC CGATTGTTGG
GGACTTGGGT ATCAATTAAT AGATCGAGCC TTTTATGCTA TGGAAAAACG TTCCTGCCCA
ACATGCGGAG GATTTCGCGT ACAACCGCTT GTTCAGGAAG TTGTGTATGA AGGCAAGCAT
TTCGGACAGT TGCTACAGTC ATCACTAAAT GAAGTTGCCA AGGATTTCTC TTTCTTAAAA
AAAGTTCAAA AACCTTTACA AACTCTCATC GCCAATGGAC TAGGATACCT GCCTTTAGGG
CAAAACATGT CTTCTCTTTC TTTGAGTGAA AAAATTGCTA TAAAAATAAC TAAATACTTA
TTCCTTCCCC CCAAACATCC CACTCTATTC TTGCTAGATG GAGTAGCTAC TTCTCTCGAT
AACCAACAAA AGTACACTTT ACTTTCTCAG CTAAAAACCC TGGTATCCTT GGGACATACT
GTGGTTATTA TCGAAAATCA CCCTGCCTTC TCTCAATATG CAGATTTTTT GATACAAATG
GGGCATAAAA CAGATAAAAC CAGTAGTCGA ATCATTTTTT CAGGGATTAA TCAATCTCCC
TCCCTTTCGA ATAAGTTAGA GTAG
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| Protein sequence | MPSIVRLSGI TVRNLKNVTV EFCPREIVLF TGVSGSGKSS LAFNTIYAAG RKRYITTLPS
FFATRIHSLP DPAVKKVEGL SPTVAVKQNF FAQHVHATVG STTEINSYLA LLFSLDGQAY
DPITLRPLTL YSKEKILAEI AAIPDGTQLT LLAPLPAGDI LRVRECLRQG FTKILIDGEI
SPIHKFLATG VPVPSQLIID TLIKNASNTP RLKVSLFTTL DIGHGECCLH FDNQKRVFST
QTTLPETQNT YTPLSPDLFS SHSHKDRCPQ CHGSGIFVSI NDPSIIQQNL SIEKNCCPFA
GSCSILLYKT IYQSLADNLG FSLSTPWQDL SPEIQHIFLY GKEGLSLPVK LFDGTLGKTT
QTHKQWKGVL NEIGEKIRFA NKPSRYLPKG TSYTECPRCQ KTGLSDYANA AKWHGKSFAD
LQQMSLQELF IFLNQLPPKD PAIEEVIQGL KARLAMLIDL GLPYLSPERS VNTLSGGEQE
RTALAKHLGA ELMGVTYVLD EPSIGLHPQD TYKLMDVIKK LRDQGNTILL VEHDEQMISL
ADRVIDVGPG AGIFGGEVVF NGTPKEFLAN SHSLTAQYLR QEQQIPIPAK RQTSLGSITL
SRANKHNLKN LTVSIPLGQL TVVTGVSGSG KSSLINDTLV PCVEEFIEQG SCPNLAVQGK
LSRLVHINRD LPGRSQRSIS LTYIKAFDEL RQLFAEQPRC KPLGLTKSHF SFNTPLGACS
ECGGLGSITA MDNQDSITCP SCSGKRFLPQ VLEIRYKNKT IADILEMTAY EAESFFLDQP
SIHNKIQALC TLGLQYLPLG RPLYSLSGGE IQRLKLACEL SNPVKHPTLY VLDEPTTGLH
THDVKQLIHV LQSLTDQGHS VVIIEHNMHV VKIADYVLEL GPEGGNKGGC LIASCSPEEL
IHKHTPTSLA LRPFLSQHQE LPHLPDLRQQ PPIPAAIIIT NAHHHNLKHI DVSIPRYALT
TVTGPSASGK HSLVFDVLHA AGNISYAELF PPYIRQALIK KTPLPSVDKV IGLSPVIAIE
KNSAKNSSHS VASALEISDM LEELFTQIGR PYSPVSGDLL KEVSPQTIAE ELLENYAQGY
VTITIPFPPE EDFFSYTQEM LREGFLKLYA NEQLYDLEGP FPDCLESPAL VIHHVKILEK
NIPSILSSLS LAFSKSSSIR LHIENYGITT SKTYQLGLQD SLGNSFPSND NTTHLCPFCH
GNGSLSTFSI LPYKNRFAEH TPLSLFTSLF PNQDPTPIYP LLEELGIPSI ALFQEMDDHS
FQKLCLGTLQ NPGFDALCTK AMLAHPTTNF PTYLISETPC NQCQGNGTYT YEHCTRIHDI
SLSDIYQSDV PFLKKFLLSL GKDLPLVSDI FQKLELLERV GLSQVILGQE QSSLSDGERY
QLLLAKAFSS GLTDVIYLLE DPLAGIHPKD APSLLSVIKD LVANHNTVVV TDREGSLSKH
ADHVIHLGPE PGPNGGYLLE TSAFRDLQPI SQSTYISDQI PKLSVSVLTS AIQIDNLSIP
LRSLSTISGV SGSGKTTLLL EGIYKSGCAM LEKDPSLFSE IIFLDSHPQP ASSRSDISTY
FDIAPSLRNF FSSLTQAKAL NISASMFSPN TKQGQCSDCW GLGYQLIDRA FYAMEKRSCP
TCGGFRVQPL VQEVVYEGKH FGQLLQSSLN EVAKDFSFLK KVQKPLQTLI ANGLGYLPLG
QNMSSLSLSE KIAIKITKYL FLPPKHPTLF LLDGVATSLD NQQKYTLLSQ LKTLVSLGHT
VVIIENHPAF SQYADFLIQM GHKTDKTSSR IIFSGINQSP SLSNKLE
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