| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0602 |
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| Symbol | |
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| ID | 1245964 |
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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 | 719378 |
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| End bp | 722392 |
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| Gene Length | 3015 bp |
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| Protein Length | 1004 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637061410 |
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| Product | helicase, putative |
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| Protein accession | NP_296978 |
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| Protein GI | 15835219 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4889] Predicted helicase |
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| TIGRFAM ID | |
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| 
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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 | ATGAGTCATA AAAGTTTTTC CGTTCTTACA GTACAGGAGC AGGGTAAGGA ATTTGAGAAG
TATTGTAAGT GGCTTTTAGA GTGCGATCCT GAGTACAAAC TTGAGTTAAA GGAGGTTTGG
CTTCAGGCGG ATTGTCCAAT GGAGATCAAA CGGAAACTGA GTCTGCAACA AGATACAAAA
GACCGAGGTG TCGATCTTAT TGCAGAAACT TATACAGGTG AGTTTTGGGC GATCCAGTGT
AAATGTTATG ACCCACAATC CCGTATTGAA CGGAGAGATA TAGATTCATT TCTCTCCTTT
TCTGCTAAGG TCGATGAATC TTTACGAGCA CGTTTTTCAT TGCGATTACT GCTTCATACA
GCGCCTCTCA GCGTGTCTTG TAAGTTCGAG ATTAATAATC AAGGGAATGT TAGCTCGCGA
TATCTCAAAA TGGAGGAATT CAATAGATGG AGAAACTCCC GAATACCTCT GCCTAGACCC
AAACTTAAAA CTCCTAGACC CCATCAAGAA GAAGCGATTC GTGCCATTGA GGAGGGATTT
GCAACACATG ATAAAGGTCG TATTTATATG GCTTGTGGCA CAGGGAAATC TCTTGTTGGA
TTATGGGTCG TTCAGAAACT GCAATGTAAG TACACACTTG TTCTAGTTCC TTCGATTTCG
CTAGTGGATC AGATGTTTCG TGAATGGGCA AATAACACCG ATTTCTACAC ATTCCGTCCT
ATTTTTGTTT GCTCAGACGA TACTGTTGGT AAAAAAAGAA AGAACGATGA TGAGGATATG
TCTGTTTCTG AGCTAGGGTT CCCAGTAACG ACGGATCCAA CAAGAATTCT AGAATTGCTG
AAAAAAGAAC CTAATGTTCC AAAAATTATT TTTTCTACGT ATCAGTCTTC TCCTAAACTA
TTCGAAGCTT GTGAGAGAGA AAAGGACTTA ATTTTTGATC TTGTTCTAGC AGATGAAGCG
CACCGTTGTG CGGGGAAAGT GGATACCGCT TTTTCTACTG TCCATAGGTT AAGATCTCGG
TGCAGATTGT TCATGACGGC TACCCCAAGG ATTTATTCTA CTCAGGTAAA GGCTCTATCT
AAAGATCAAG GGTTTGAGAT CGTTTCGATG GATGATGATG AGAAATTTGG TCCGCTATTT
TATCAGCTCC CCTTCTCTCA AGCCATTGAT AGAGATTTGC TCTGTGATTA TGAAGTGGTG
ATTCCTTTAA TGAGCCATGC CCGGTATCGA CAGTATGCTG AAGAAGGAGC CTTCGTCCAA
GGAGAAGGAA TAGGTGTGGA AATTTCCGAT CACGGAAATG ATGCAAGAAC CCTTGCAAGT
CAGATTCTCA TAGCTAAAAC TATGAAACAA TATCATCTTC AGCGCACGAT TTCCTATCAT
AGTCGCACGG CTGATGCCAA GAAGTTTGCC GACACCTTTG AAGCAGCTCT TGAGAAGATT
GATCAAAACC AACGACCTAA GAAGCTAAAC ACTAGCTGTA TCTTTGGCTA TATGACTCAA
GGCCATCGGG CCAATATTTT AAGAGACTTT AAACTTACAA AAGAAGTGTC TGTTATAGCG
AATGTGCATT GCTTATCAGA AGGAGTTGAT CTTCCTATTC TGAATGGGAT TGCTTTTGTG
GATCCTAAAG GTTCTCATAT AGAGATTATT CAAGCTGTCG GAAGGGCGAT CAGACAAGCT
CCTAATAAAG AAAAAGGTTA TATAATAGTC CCTGTTCTCT TGGATGCCGA TATCGATCTT
ATGGATGAAG ATAATATCGA ACAAGCTTTT GAAAACGCTT GTTTTGGTCC TGTTTGGAAT
GTGCTCAAGG CCTTGAAGAC ACATGATGAT ATGGTATCTG AGCAATTAGA TAATTTACGT
ATAGAAATGG GAAGAGGCAG ACTTAAAAAT CCTGCTAAAC TTTTAGATAA AGTTACGATT
ATCTTAAATG ATGCCTTTCC TATAGATGGT GCAGAATTTG CTAATTCCCT CTCTCCAAAA
ATATTACCTA TTTTTAATAG GAAGGTAATT AAGCAAATAT CTGATGGGTG GTACGAACAG
TTTGGAGTTT TATTAGACTT TCGAAAGGAA CACGGCCACT GTAGAGTTCC TCGTGAGTAT
CCTAAAAATC CTCAGCTGGC GTCTTGGGTA CATGTCCAAA GAAGATGTTT TAAGGCAGGT
AAGCTCTCAG AAGATAAGAT AGAGAGGATG AATGAGATAG GTTTTATTTG GGATGTTCCT
GAAGGAGCGT GGGAGGAGAA TTTTCTGGAG CTAAGACACT TCCAAGAAGA GCACGGCCAC
TGTAGAGTTC CTCGTGAGTA TCCTAAAAAT CCTCAGCTGG CGACTTGGGT ACGCAACCAG
AGAAATGATT TTAAGGAAGG AAAGCTCTCA GAAGATAGGA TAACAAGGCT AGAAGAGATA
GGTTTTATTT GGAAAGTTTT TGAAGGAGCA TGGGAGGAGA ATTTTTTAGA ATTGCAACGC
TTCCAAGAAG AGCACGGGCA TTGTAGAGTT CCTAGTAGAT ATCCTGAAAA TCCTCAGCTG
GCGTCTTGGG TACATGTCCA AAGAAGATGT TTTAAGGCAG GTAAGCTTTC AGAAGATAGG
ATAACAAAGT TGGAAGAGAT AGGTTTTATT TGGAAAGTTT TTGAAGGAGC ATGGGAGGAG
AATTTTTTAG AATTGCAACG CTTCCAAGAA GAGCACGGGC ATTGTAGAGT TCCTAGTAGA
TATCCTGAAA ATCCTCAGCT GGCGTCTTGG GTACATGTCC AAAGAAGATG TTTTAAGGCA
GGTAAGCTTT CAGAAGATAG GATAACAAAG TTGGAAGAGA TAGGTTTTGT TTGGGATGTT
TTTGAAGGAG CATGGGAGGA GAATTTTTTA GAATTGCAAC GCTTCCAAGA AGAGCATGGG
CATTGTAGAG TTCCTCAGAG GTATCCTGAA AATCCTCAGC TGGCATCTTG GGTAAAGCAT
CAAAGAGAAA ATTTCAGGAA AGGTAAGCTC TCGGGAGATA GGATAGCAAG GTTAGAAGAG
ATAGGTTTTG TTTAG
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| Protein sequence | MSHKSFSVLT VQEQGKEFEK YCKWLLECDP EYKLELKEVW LQADCPMEIK RKLSLQQDTK
DRGVDLIAET YTGEFWAIQC KCYDPQSRIE RRDIDSFLSF SAKVDESLRA RFSLRLLLHT
APLSVSCKFE INNQGNVSSR YLKMEEFNRW RNSRIPLPRP KLKTPRPHQE EAIRAIEEGF
ATHDKGRIYM ACGTGKSLVG LWVVQKLQCK YTLVLVPSIS LVDQMFREWA NNTDFYTFRP
IFVCSDDTVG KKRKNDDEDM SVSELGFPVT TDPTRILELL KKEPNVPKII FSTYQSSPKL
FEACEREKDL IFDLVLADEA HRCAGKVDTA FSTVHRLRSR CRLFMTATPR IYSTQVKALS
KDQGFEIVSM DDDEKFGPLF YQLPFSQAID RDLLCDYEVV IPLMSHARYR QYAEEGAFVQ
GEGIGVEISD HGNDARTLAS QILIAKTMKQ YHLQRTISYH SRTADAKKFA DTFEAALEKI
DQNQRPKKLN TSCIFGYMTQ GHRANILRDF KLTKEVSVIA NVHCLSEGVD LPILNGIAFV
DPKGSHIEII QAVGRAIRQA PNKEKGYIIV PVLLDADIDL MDEDNIEQAF ENACFGPVWN
VLKALKTHDD MVSEQLDNLR IEMGRGRLKN PAKLLDKVTI ILNDAFPIDG AEFANSLSPK
ILPIFNRKVI KQISDGWYEQ FGVLLDFRKE HGHCRVPREY PKNPQLASWV HVQRRCFKAG
KLSEDKIERM NEIGFIWDVP EGAWEENFLE LRHFQEEHGH CRVPREYPKN PQLATWVRNQ
RNDFKEGKLS EDRITRLEEI GFIWKVFEGA WEENFLELQR FQEEHGHCRV PSRYPENPQL
ASWVHVQRRC FKAGKLSEDR ITKLEEIGFI WKVFEGAWEE NFLELQRFQE EHGHCRVPSR
YPENPQLASW VHVQRRCFKA GKLSEDRITK LEEIGFVWDV FEGAWEENFL ELQRFQEEHG
HCRVPQRYPE NPQLASWVKH QRENFRKGKL SGDRIARLEE IGFV
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