| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0007 |
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| Symbol | |
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| ID | 1245531 |
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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 | 7797 |
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| End bp | 10877 |
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| Gene Length | 3081 bp |
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| Protein Length | 1026 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637060796 |
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| Product | exodeoxyribonuclease V, beta chain, putative |
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| Protein accession | NP_296391 |
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| Protein GI | 15834632 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | [TIGR00609] exodeoxyribonuclease V, beta 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 | ATGAGCTCTT TCGATATTTT TTCTCCGACA ACTTCTGTTT CCGGAAAATT TTTCCTAGAA
GCATCCGCAG GAACGGGAAA AACATTTACC ATAGAACAAG TTATCCTCCG TTCTCTATTA
GAAGGAAACG TTGAACAAAC TAAGAATATT CTCGTAGTTA CATTTACGAA CGCAGCTACA
AATGAATTAA AATTACGTAT TCAAGAAAGC CTTAAACAAG CTTTAACGCT CTTCTCTCAA
GCTCTTTCTC ATCCCGAAAC ACCTTTACCC CCCTATGTTT CTTCTCAAGA AACCAAAGTA
AAGCAGCTTT ACARTAAAAW TCGTAATAGC CTAGCCACTT TAGATGAAAT GAATATTTTC
ACTATTCATG GAMTTTGCCG TTTTACATTA GAACAACACT TCCCTTGGGT GCAACCCATT
CACCCTTCTT CCATGTTCTC AGAGCCCCAA ACCATTCAGC AATATATTCT GGATTACTTA
AGACAAAATA GCTGGGAAAA CGTTCTTTCT CCTAAACAAT ACGCCTTCTT ATCCTATCAT
CATCGAGCCA CTACCCAACA AACTCGTCAT TTAGCAGACA GACTGCTTCA AGACTATGCT
TCTACACCCA ACCTTGCTCT CCCCCCTCTA TCTATAACTC TTCAAAAAGT GAAGAACTGG
TCTTCTCAAT ATAAACACCT TTCCCCTCTT TCTCTTGAAG AGTTACAAGA TTTTTCGCTC
CGATTTAAAC AAAGCGATCT ACCAATCGAT CGGGAATTAC CCGATTTTGT GAAACAATTC
GAAACAGACC CCAATTCTTT AGACATCCTA TTTTTCCCGG GAATGGTTCA GAAATTTCAG
GAAGAAAATC GAAATAAAAA GAAATTGGGA CCCCCTTTTT CCCCTTTAGA TCCTTTTCTC
AAAGACTGGT TACTAATAGC CCAGCCCTTC TGTCAAAAAG AACCTATTTT CCATACACTG
CTTAAAAGCG TACAACAACA CTTAAAAACG TATTGTGCAC AATCCTACTC GCATGATGAA
AGCATAGCCA CTTTAGAGTC TTTGCTAGCA CAGAATGACC ACGTTGTTTC TCAGCTACGA
AAACAATTTC AATTAGTTTT GATTGATGAA TTTCAAGATA CAGACAAACG TCAGTGGAAA
ATTTTTTCTA AACTCTTTGC TTCTCCTGAT TATTCAGGAT CACTATTTCT TATTGGAGAT
CCTAAACAGT CTATTTATGA ATGGAGAAAC GCAGACCTTC CAACCTACCT CCAAGCAAAA
AACTCCTTTC CTAAGGAGTC TCAGCTAATA TTGGATACGA ATTACCGATC CACTCCACAA
CTCATGCAAG CTCTAAACCA TCTTTTTTCG CTCCCCTCTC CTTTTTTAGA AACCCCACAA
ACTATTCTTT ACCACCCACT CCAATCTAAA GGAAGCGCCT CCACTTCGTA TTCAGAGTTT
CGTCCTATCC ATTTCTTTAC TACACAAGAT TCCCAAGAAG AAGCTCTCTG GATTTCAAAA
ACCGCTTCTT ATCTACGTTC TACATTCGCT ATTCCCTTTG GGAATATGGC AGTCTTAGTC
CAAGACTATC CGCAAGCACT CAAATTGATC ACTCATAGCA CGATTCCTAT GGCGTATTGC
AAAGAAAAAC GCATTTTTGA TCGCACAGAA TCGCCCTATC TCCTCATTCT TCTTTTAGAA
GCTCTTCTAT ACCCAGAAAA TCAACAAAAG ATTCAGGCCA TTTTACTGAG TCGTTTTTTT
CATCTTTCTG CTACAGATAT TCATCAGCAT TTAAAAATTT TCTCCTCTCT GTTTTTTATG
CTGAATACGT ATCTCCACCA ATACTCTTTA CTAGCTACGT TTTATAAATT GATGGGAGAA
ACCGTTTTCT CCCAAACCAT AGGAGAAACG TTATTACAAA CACCCCTTGG TGACATTATT
TTCCAAGAAT TAGAAGAGCT TTGTTTGTAT CTTGATAAAA CTACGGAAAA TCCTCATCAC
AAGCTATTTC ATCTTATAAA CATTCTAGAT ACTGGAAAAT ATGATGAAGA GCTTTCCTTT
TCCTCTCAGT CTAATGACGA TAATGTGCTT AAAATTACCA CAGTCCACTC TTCAAAAGGC
TTAGAATACG ATGTCGTTTT TTGTTCTAGT CTTAACAAAG TTAAAGAGAA ATCTCCTTCT
GTTCACATGA GAGAAATGTA TGTTGCTTGT ACTCGTGCTA AGAAATTCTT ATTCATCCCT
TTCTCCTCTA TAGAGAAACG TTTACAAAGC AATAAAAAAG TTTCTGCTCT TGCTAACTAT
GCCAATATTA CACAACACGA TAACATCCCT CATTTAGTAG AAACTCTGAC CGCATCCCAT
CCAGAATTTT TCTCTTCAGG TACGCAACCT CCGGAAAGCA ATATCTCTAT TTTCTCAGAA
CCTCTCCCCG AACAAGAGTT TTTTTCTCTT CCAATACTAT CTTCCCAACC CATCTATTCT
TTTTCTTCCA CAACAGAATC ACAGTATTTT ACTGAGCCTT TTCAAGAGAT TTCTTCCTCT
TCTTTATTTC CTGGGGGATC TCTAACAGGA ACTCTTATTC ACAAGCTTTT AGAGTCGTTA
TCAGGGAATT TTAACGCCTC TCTTGAGGAG ATTACTCATA AAGCCCAAAC TTTATTGAAA
AACACAATTT TGGAAGGCTT CGAGTCTATT ATTTCAGAGA AAATCTACAC AGCTTTCTCA
ACAAAACTCC CTTTTGTTTC AGGAAGCTTT GCTCTTAAGG ACGTTCATCC TTACAATATT
CGTGTGGAAG AGACTTTTCT CCTTCAAGAG AATGGGGAGT TGTGGCAAGG AATTGTCGAT
CTTTTTTTTG AACACAACAA TAGATTTTTC ATTATCGACT GGAAAACATC TTTTCTAGGG
GATGAACCCT CTCTTTACTC TCCAGATAAA CTCCTTCTTT ATATCCAGCG CCAAGGATTG
GATAAACAAG GGGTGTTATA TAAAAGAGCG GCTAAAAAGT TCCTGCATCA ATTCAATTCT
TCTCTTCAAA TTGAGATGGC TTTCGTATTC ATTCGAGGAA TTGATGACAA AGGAAATGGA
TTCTTACAAC CTAGCCCTTA A
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| Protein sequence | MSSFDIFSPT TSVSGKFFLE ASAGTGKTFT IEQVILRSLL EGNVEQTKNI LVVTFTNAAT
NELKLRIQES LKQALTLFSQ ALSHPETPLP PYVSSQETKV KQLYXKXRNS LATLDEMNIF
TIHGXCRFTL EQHFPWVQPI HPSSMFSEPQ TIQQYILDYL RQNSWENVLS PKQYAFLSYH
HRATTQQTRH LADRLLQDYA STPNLALPPL SITLQKVKNW SSQYKHLSPL SLEELQDFSL
RFKQSDLPID RELPDFVKQF ETDPNSLDIL FFPGMVQKFQ EENRNKKKLG PPFSPLDPFL
KDWLLIAQPF CQKEPIFHTL LKSVQQHLKT YCAQSYSHDE SIATLESLLA QNDHVVSQLR
KQFQLVLIDE FQDTDKRQWK IFSKLFASPD YSGSLFLIGD PKQSIYEWRN ADLPTYLQAK
NSFPKESQLI LDTNYRSTPQ LMQALNHLFS LPSPFLETPQ TILYHPLQSK GSASTSYSEF
RPIHFFTTQD SQEEALWISK TASYLRSTFA IPFGNMAVLV QDYPQALKLI THSTIPMAYC
KEKRIFDRTE SPYLLILLLE ALLYPENQQK IQAILLSRFF HLSATDIHQH LKIFSSLFFM
LNTYLHQYSL LATFYKLMGE TVFSQTIGET LLQTPLGDII FQELEELCLY LDKTTENPHH
KLFHLINILD TGKYDEELSF SSQSNDDNVL KITTVHSSKG LEYDVVFCSS LNKVKEKSPS
VHMREMYVAC TRAKKFLFIP FSSIEKRLQS NKKVSALANY ANITQHDNIP HLVETLTASH
PEFFSSGTQP PESNISIFSE PLPEQEFFSL PILSSQPIYS FSSTTESQYF TEPFQEISSS
SLFPGGSLTG TLIHKLLESL SGNFNASLEE ITHKAQTLLK NTILEGFESI ISEKIYTAFS
TKLPFVSGSF ALKDVHPYNI RVEETFLLQE NGELWQGIVD LFFEHNNRFF IIDWKTSFLG
DEPSLYSPDK LLLYIQRQGL DKQGVLYKRA AKKFLHQFNS SLQIEMAFVF IRGIDDKGNG
FLQPSP
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