| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0008 |
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| Symbol | |
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| ID | 1245532 |
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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 | 10885 |
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| End bp | 13962 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637060797 |
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| Product | exodeoxyribonuclease V, gamma subunit, putative |
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| Protein accession | NP_296392 |
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| Protein GI | 15834633 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1330] Exonuclease V gamma subunit |
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| TIGRFAM ID | [TIGR01450] exodeoxyribonuclease V, gamma subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | ATGTGTAACG ACCAACGCCT GGAAAGATCG TTTCCTAGCA ACAATACTCA TGAATGCAAA
CCGATGAATG AACTATCTCA CAGCCAAGCA ACGTTTAGTA ATTATCCTGA AGTTCTATTA
GCTAAACTTG CTCAAGATCT GTTCTCTATC AACCAAACTC CCATGACAAA ACGATGGATT
CTGGTGCCGA GCTCAGACAC AGATCACTGG TTACGAAGAG AATTGGTAAA GGCTTCATCC
AATCACATCT TCATGGGGAC ACATATTTTT GCTTCTTTCG ATGCTTTTGT CAAATACTTA
TTTACGGGAA CTCGTCTTGC AGATCTCTCT ACCCCAGATC ATATTACCCT CCCTCTAAAT
ATTTATAACC TTTTGAGAGA GTCCTCTTTT AACTCATCCT CGGACGTTTC CTATGCTCAT
TTACAAAAAC TTTCTTCACT CTTTAAAAAG TTTTACACAT TTTCTCAGGA GCCATCGACT
AACAATCCTT ATTACAAAAA CTTGTTTACG CAACTCACAA ACGCATATAC TCCCTTAGAA
ACGATTTTTT CTTCTATTTT GGCTCATCCT CCAAAATATC CCTGCTCCCT GCATATTTTT
GGATATCCTC AGCTCCCTCA GCACGTGGCC TCTTTTTTCA TTTCTCTAGG GAAATATTTC
CCTGTGCATT TTTACTGTTT TTCACCGAGT GCCGCCTATT TTGGGGATCT TTTATCCGAT
AAAGCCATGG CCCTCCTCTC CCACAAAATC CCAGAACCCC AACAGGAGAC ATGGGAAAAA
TATGTATTAA CAGATCGACT GGCTTTGCTG GCTAATCTTG CGCATCGATC TCAGTCTTTA
CAAAATTTCT TTTTAGATTA TAGCGTCCCC TACGAAGAAC TTTTTCAGCC ATACGAAAAC
AACTCCTCCC TAAACATTGT AAAAGATAGT TTTTTCCATT TACGTCCCAT AGACCAGAAG
CTGTTTGCTG ATTCACCTCA AACCATTTTT GTACGTAAAG CTCCTTCAGC AGCTCGAGAA
GTTCATCAAC TATTTTCCAT CATTTCTCAA CTTCTAAACT CTGGGGTCTC TACAGATGAA
ATATTTATCG TTTCTTCCAA CCTATCAAAA TATGAACCTC TTCTAAAAGG CATCTTTGAG
CCGCATATTC CTTTATATTT AACAAAATCA GAAAAATCTC AGACCCGAGA TCTAAAAAAC
AAACTATTAT TACTGGTAGC GTTTTTGTTC TCTAAATGCA CTCTGCATGA TTTACTAAAG
CTCCTTTCCT ATCCAGACCT TCGCACCCCT TTAGAAACAA CGAAAATCAG TTTCCTCACC
CACAAACTGT CTCGTTACTG GAAATCTTTG TCACAAAAAG ACCCCCTTAT TTCCCAACTC
ATCCACCACA TTTTCGATGA ATATCCATTC ATTGATGACT CAGGAGTCGT AAATGAATCC
GAAACTTGGG AAATCGTTGT TCCTCTGCTT GACTTATTAC AACAAGTAAT CACTCATTAC
ACAGACTCAA AAGACAAGAC CTATGAGGAG CACTCTCACC TTATCTTTTC TACCCTAGAA
AACATCTTCC TTCTTTCTAC AGAAGAACAT GCTTTGCTAG TTTCATTATC CAAAACTTTA
CAACCTTTTG CGCACTCTTC TTGTTCGTTA ACGATTTTCG TAGAATTTTG CTTAGATTTC
CTATCACATA TTCCTGGATA CAGTCAGTTA TACAATCAAC CAGGACCTTT TATTGGGTCC
ATAAACAGTC TCAGCCTAAT TCCAAAAGGC TATACGTTTA TTCTTGGGGC TAACAAAAAG
AATTTCTCTT TGGACACAAG TTTCCTTATA GATCCTTCTC TCATACAGGA AGATTTTCTC
TTTTCTTCAA CGGAAGATGA GGACAACCTT CACTTTCTAC AAACCATTGT TTCTACAAAA
CACCAGCTTC ATATCAGCTA TCTCTCTTCT TCAAAAAATC CTGCATTACC CAGCTCTGCT
CTTAAACATT TATTAGATGC TGTACCTATT CGAGAAGAGA ATCTTTCTGG AAAGCTCTAT
GCAAAAGAAA ATTTTTCTTC CCAATCATTA CATCAATCTT ATCAAGTTTA CTACCGAATG
GCTCAAGCTG ATCCGATACA GAACAAAGCG CCTTCGCTTT TTGAAACTGC TAGCCCAAAA
CCTTTGCCAA CACATCTATC TCTAAAACAT CTTGTAAAAG CTTTTAAAGA TCCTCTTAAC
TTCTTTCTTA ACACCCAACA CGGTCTTTCG TTTCATCCCA AATCTTTGTT TTCAAAAGCA
GAGAAAGTGT TCCCTAGTCC ATATGATGCG AAATCTTTTT GGGATCATCA GCTGGCGCCT
CACTCTCCGC TTCCTACTAC TAACTACCTC TCTTCTTTTA CAGAATCGCT ATATACTCAA
ACACAAGACT CGATAATCCA ACGTGTGGAA ACCCTGAAAA AAGATCCCTC AACAGCCCCT
TTTTCTGTTG TATTTTCTCA TCAGATTTTC CAAGAACCGA GCAGTCCTCA CGATAAGTAT
GTTCCCCCCT TTCCCCTCTC CCTCCATAAC CAAACCATTT CCCTTCAAGG AGAGATTCGT
GGGGTGTGCT CACAAGGAGT GTATTTATTT TCTATGAATC CAGGAGACTC TTTTAAGAAA
GCAACCAAAT CCCATGGTCT CCCTAAAAAC TCTTTTGAAC TAGAATCCTG TCTAGAGGCC
TATTTATCCT TAGCACTACT CCAAGCTTCA CACATTCTTC CCAAAGACTC TGCAATACTA
CGAGTCACGC CTTACGACAT AGAACCCATA ACCCCTCCTT TTTCTTCTCC AGAATCCTAT
CTAATCCTTG CGGTTGGCCT ATATGAACAT CTGCAAAACA AAGCTATCCC CCTTCCTTCT
GCTCAGGCCT GGGAGTACAT TAAGAAAACA GATGTGGCTT CGAAAATTAT TAAAAAACTT
TTAGATAATG AAGAAGATCC CTTAACCAAT AGCTTTTGGT TATTCCATAA CCGAGATACG
GAAGAGATTT GCTCAGAGCT TTCCAAAGAT CTGCTCTCTC AACTCCTCTC TCTCTTTATA
AATCAGGATA CTCAATAG
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| Protein sequence | MCNDQRLERS FPSNNTHECK PMNELSHSQA TFSNYPEVLL AKLAQDLFSI NQTPMTKRWI
LVPSSDTDHW LRRELVKASS NHIFMGTHIF ASFDAFVKYL FTGTRLADLS TPDHITLPLN
IYNLLRESSF NSSSDVSYAH LQKLSSLFKK FYTFSQEPST NNPYYKNLFT QLTNAYTPLE
TIFSSILAHP PKYPCSLHIF GYPQLPQHVA SFFISLGKYF PVHFYCFSPS AAYFGDLLSD
KAMALLSHKI PEPQQETWEK YVLTDRLALL ANLAHRSQSL QNFFLDYSVP YEELFQPYEN
NSSLNIVKDS FFHLRPIDQK LFADSPQTIF VRKAPSAARE VHQLFSIISQ LLNSGVSTDE
IFIVSSNLSK YEPLLKGIFE PHIPLYLTKS EKSQTRDLKN KLLLLVAFLF SKCTLHDLLK
LLSYPDLRTP LETTKISFLT HKLSRYWKSL SQKDPLISQL IHHIFDEYPF IDDSGVVNES
ETWEIVVPLL DLLQQVITHY TDSKDKTYEE HSHLIFSTLE NIFLLSTEEH ALLVSLSKTL
QPFAHSSCSL TIFVEFCLDF LSHIPGYSQL YNQPGPFIGS INSLSLIPKG YTFILGANKK
NFSLDTSFLI DPSLIQEDFL FSSTEDEDNL HFLQTIVSTK HQLHISYLSS SKNPALPSSA
LKHLLDAVPI REENLSGKLY AKENFSSQSL HQSYQVYYRM AQADPIQNKA PSLFETASPK
PLPTHLSLKH LVKAFKDPLN FFLNTQHGLS FHPKSLFSKA EKVFPSPYDA KSFWDHQLAP
HSPLPTTNYL SSFTESLYTQ TQDSIIQRVE TLKKDPSTAP FSVVFSHQIF QEPSSPHDKY
VPPFPLSLHN QTISLQGEIR GVCSQGVYLF SMNPGDSFKK ATKSHGLPKN SFELESCLEA
YLSLALLQAS HILPKDSAIL RVTPYDIEPI TPPFSSPESY LILAVGLYEH LQNKAIPLPS
AQAWEYIKKT DVASKIIKKL LDNEEDPLTN SFWLFHNRDT EEICSELSKD LLSQLLSLFI
NQDTQ
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