| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0074 |
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| Symbol | secA |
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| ID | 1245603 |
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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 | 84449 |
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| End bp | 87355 |
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| Gene Length | 2907 bp |
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| Protein Length | 968 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637060867 |
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| Product | preprotein translocase subunit SecA |
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| Protein accession | NP_296458 |
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| Protein GI | 15834699 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG0653] Preprotein translocase subunit SecA (ATPase, RNA helicase) |
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| TIGRFAM ID | [TIGR00963] preprotein translocase, SecA 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 | ATGATGGATT TCCTTAAGCG TTTTTTCGGA TCTTCCCAAG AGAGAATATT AAAACGATTC
CAGAAGTTGG TTGAAGAGGT TAATGCTTGC GATGAGAAAT TTTCGTCTTT ATCTGACGAT
GAGCTCCGCG AAAAAACTCC TCAATTGAAG AGAAGGTATC AAGAAGGGGA GTCTTTGGAT
AAACTCCTTC CCGAAGCATA TGGTATTGTA AAGAATGTGT GTCGTCGCTT GGCAGGAACC
CCAGTGGAGG TTTCTGGATA CCACCAGCAG TGGGATATGG TTCCCTATGA CGTGCAAATT
CTTGGTGGTA TTGCCATGCA TAAAGGCTTT ATTACCGAGA TGCAAACAGG AGAAGGAAAA
ACCTTAACTG CGGTTATGCC GCTTTATTTA AACGCGTTAA CAGGGAAACC GGTTCATCTC
GTCACGGTAA ATGATTATTT AGCTCAGCGG GATTGTGAAT GGGTAGGTTC GGTTTTGCGT
TGGCTGGGCT TAACAACAGG CGTTTTAGTC TCGGGGATTC CTCCAGAAAG ACGTAAAGCG
ATCTATCAGT GTGACGTAGT TTATGGAACT GCTTCGGAAT TTGGATTTGA TTATCTCCGG
GATAATTCGA TCGCGACAAG AAAAGAAGAG CAGGTTGGTC GTGGGTTCTA TTTCGCTATC
ATTGACGAAG TAGATTCTGT ACTAATTGAC GAGGCAAGAA CACCGCTGAT TATTTCTGGT
CCGGGAGAAA AACATAATCC TGTTTATTTT GAATTAAAAG ACAAGGTTGC TGAGTTAGTA
CATTTCCAAA GAGAGATGTG TAACCATATT GCTGCTGAAG CAAGAAAAAC CTTAGATCCA
TTTTTAGGGA TGGATGTGCT TCCTAAAGAT AGAAAAATTA TGGAAGGCAT CTCGGAGGCT
TGTCGGGCTT TATGGTTGGT AAGTAAGGGG ATGCCTCTTA ACAGAGTTTT ACGGCGTGTG
CGGGAGCACC CTGACCTTCG TGCTATGGTT GATAAATGGG ATGTTTTTTA TCATGCAGAA
CAAAACAAAG AGGAATGTTT AGAGAGACTT TCCTCCCTAT ATATCGTTGT TGATGAACAT
AATAATGATT TCGAGTTAAC AGACAAAGGA ATGCAGCAGT GGATCGAGAA GATCGGTGGA
GCTGCAGAAG ACTTTGTTAT GATGGATATG GGGCATGAAT ATGCCTTGAT CGAAGAGGAT
ACTACTCTTT CCCCTGAAGA TAAGTTGAAT CGCAAAATCG CTGTTTCTGA AAAAGATACG
CAAAGAAAAG CAAGAGCTCA TGGATTGCGT CAGCTGTTGC GCGCCCATTT ATTAATGGAA
AGGGATATTG ATTATATCGT TCGTGATGAT CAGATTGTGA TCATTGATGA GCATACAGGC
CGTCCTCAAG CAGGCCGTCG TTTTTCAGAA GGTTTACATC AGGCTATTGA AGCAAAAGAA
CATGTAACGA TTCGTAAGGA ATCGCAAACT TTTGCTACAG TGACATTGCA AAACTTCTTC
AGATTGTATG AGAAACTCGC AGGAATGACT GGGACTGCTA TTACAGAGTC TCGGGAATTT
AAAGAAATCT ATAATCTGTA TGTTTTACAA GTCCCGACAT TTAAGCCTTG CTTGCGTATC
GACCATAACG ATGCCTTTTA TATGACGGAA CGAGAGAAAT ACCAGGCTAT TGTTGCTGAA
ATCATTTCCG CACATCGTTC AGGAAAACCG ATTCTGATCG GGACGGAGTC AGTAGAAGTT
TCAGAGAAGC TTTCGCGTAT TTTGCGACAA AATCGTATTC ATCACACTGT ACTCAATGCC
AAAAATCATG CTCAAGAAGC TGAAATTATT GCTGGAGCTG GAAAGGTAGG AGCTGTAACG
GTTGCTACAA ACATGGCTGG TCGAGGAACA GATATTAAGC TGGATAAAGA AGCTGTTGCT
GCTGGGGGGC TTTACGTCAT AGGCACATCG CGGCATCAGT CTCGGCGTAT TGATAGACAG
CTACGTGGTC GTTGTGCACG GCTTGGAGAT CCAGGTGCGG CTAAGTTCTT CCTTTCTTTT
GAAGATCGAC TTATGCGGCT TTTTGCATCT CCTAAGCTCA ATACATTGAT TCGACATTTT
CGCCCTCCTG AGGGAGAGGC CATGTCGGAT CCTATGTTTG ACCGATTGAT TGAAACTGCA
CAAAAAAGGG TAGAAGGCCG CAACTATACG ATACGTAAAC ATACTTTAGA GTATGACGAT
GTGATGAATA AACAGCGGCA AACGATTTAT GCGTTTCGGA ATGATGTTCT GCATGCAGAT
GATTTGTTCA TTGTTGCACG AGAACAAATC GAGCATGTAT CGCTGGCTTT GGCGTTTCTA
ATTTTAAAAG ATGCTCGTGC GGACCACTGC TCTTTACCCA AGGTTGAAGA GTGGCTGAGT
TATTCATTCC CTGTAAAGCT CGATGATCAG GAAATTCGTC GTCTAGGAAA TGTGGATGCC
GTTGCTGATT ATATAGGGGG CTTATTGATA GAGGCTTTTG ATGCTAAATT CTCCTCTATG
CTCACTGAGT TTACGGAAAT TATTGGATCA GCGTCTGGTG CTCAGGGGGT TTGCAATGAT
ATTCTTCGTT CAGTGATCAT TTCGCATATT GATGAAGAGT GGAAAGTGCA TCTCATGGAT
ATGGATTTGC TGCGTTCCGA AGTAGGGTTG CGTTCTGTTG GACAAAAAGA TCCTTTGATC
GAGTTTAAGA ACGAGTCCTT CCTTTTATTT GAAGGGTTAA TTCGGGATAT TCGTATTGCG
ATAGTGAAAC ATTTATTCGC TCTGGAGTTA TCCTTAACAC GAAGCGACAG ACCTGATAAT
GCTATTCCAA CTGTTGCGAC GGCTTTTCAT AATCACGATA ATTTTCGCCC TATGGAGCTA
ACAATTATCG GAGAAGAGGA AAATTAG
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| Protein sequence | MMDFLKRFFG SSQERILKRF QKLVEEVNAC DEKFSSLSDD ELREKTPQLK RRYQEGESLD
KLLPEAYGIV KNVCRRLAGT PVEVSGYHQQ WDMVPYDVQI LGGIAMHKGF ITEMQTGEGK
TLTAVMPLYL NALTGKPVHL VTVNDYLAQR DCEWVGSVLR WLGLTTGVLV SGIPPERRKA
IYQCDVVYGT ASEFGFDYLR DNSIATRKEE QVGRGFYFAI IDEVDSVLID EARTPLIISG
PGEKHNPVYF ELKDKVAELV HFQREMCNHI AAEARKTLDP FLGMDVLPKD RKIMEGISEA
CRALWLVSKG MPLNRVLRRV REHPDLRAMV DKWDVFYHAE QNKEECLERL SSLYIVVDEH
NNDFELTDKG MQQWIEKIGG AAEDFVMMDM GHEYALIEED TTLSPEDKLN RKIAVSEKDT
QRKARAHGLR QLLRAHLLME RDIDYIVRDD QIVIIDEHTG RPQAGRRFSE GLHQAIEAKE
HVTIRKESQT FATVTLQNFF RLYEKLAGMT GTAITESREF KEIYNLYVLQ VPTFKPCLRI
DHNDAFYMTE REKYQAIVAE IISAHRSGKP ILIGTESVEV SEKLSRILRQ NRIHHTVLNA
KNHAQEAEII AGAGKVGAVT VATNMAGRGT DIKLDKEAVA AGGLYVIGTS RHQSRRIDRQ
LRGRCARLGD PGAAKFFLSF EDRLMRLFAS PKLNTLIRHF RPPEGEAMSD PMFDRLIETA
QKRVEGRNYT IRKHTLEYDD VMNKQRQTIY AFRNDVLHAD DLFIVAREQI EHVSLALAFL
ILKDARADHC SLPKVEEWLS YSFPVKLDDQ EIRRLGNVDA VADYIGGLLI EAFDAKFSSM
LTEFTEIIGS ASGAQGVCND ILRSVIISHI DEEWKVHLMD MDLLRSEVGL RSVGQKDPLI
EFKNESFLLF EGLIRDIRIA IVKHLFALEL SLTRSDRPDN AIPTVATAFH NHDNFRPMEL
TIIGEEEN
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