| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0733 |
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| Symbol | |
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| ID | 1246096 |
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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 | 871864 |
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| End bp | 876066 |
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| Gene Length | 4203 bp |
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| Protein Length | 1400 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637061542 |
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| Product | bifunctional preprotein translocase subunit SecD/SecF |
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| Protein accession | NP_297107 |
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| Protein GI | 15835348 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG0342] Preprotein translocase subunit SecD |
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| TIGRFAM ID | [TIGR00916] protein-export membrane protein, SecD/SecF family
[TIGR00966] protein-export membrane protein SecF
[TIGR01129] protein-export membrane protein SecD |
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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 | ATGAAGCGTA ATTTTAAGCG AAATCTAAGT GTTATAATTT TTGTTTTTGC CTTAGCTTTG
TATCATGTTT TGCCTACCTG TTTATACTAT TCGCGTCCTT TGAATAAAAA AATAGAGGGG
CGTGAGGCAC ACAAGATCAT AGAACGGCTC ACACAGCAGG TCGCGGATGC ACGAAATGAT
TTAACCGTTC GCGTTAAAAG AATTCTATCC ACATTAAAAT TGCGCGGATC TGTGAAACCA
CATCTCAGCA TTCCGGGAGT AGTAAATGTG CATTTCCCTT TAGCAGAAGA TGCGGCAGTT
TTTATTGATA ATGTGGTGCA TGGAGAACAC TCTGTTCCTA CTAAGTCAGC AAGACTATAT
GTTTTAGGAA GTTCTGAACT GACAGGGGAG ACTATTGTTC AAGTCTCTGG AAGTTTGGTT
ACTTCTTTAA CAGAAGAAGA TTTCTCTTTT GTTTCCTATG AGGACAAAGA CCTGGTAGTT
TCTCAAGAGT TAGAAAATAT TGCCACTAAC CTGTTTGTCA ATGTGGAATG CTCTTGTGAT
CATGGTTATA GTTCTTTATG GGATTCCATG CCTATTGAGA AAGTTGCTCA TATAGCACGG
GGTATTTGTT CTGGTTTGCG ATTACTTCCC ACAGAGAAGA CTCAGGCTTT CTTGTCGCGT
TTTTTAGGGA CAGAGCAAGA TTTTGTCGCG TTTTTGTCGC GGGTAGAGAA TGCTCTGCAT
CATGAGGATG TTAAAGAATA TCGTGAAGAG CTTAACGAAG CTGCTTATCT TTTGCATTCC
CGTAATTTAC GTTGGAATGA GATGAGTCCT CGAGTTGTAG GAAACGTTGT TGATTGTAGC
GAGTTGTCCC CTTGTTTCTC TTCCATGTCG TTGACTGGGG ATGGAAAATT ATTATTCCAT
TTTGATGCCG ATGTTATTGC TAAACGTCAA CAGTTAGTTG GTGATGAGCG TTTAGATTTG
GAGCGTTTGT TCGCTGTTGA AAAACAGCAC ATAGCTACAC GATTGAATCG TTCTGTTGAA
GAAACGGAGT CCGGGTTTGC CTTCCGATTA AGAGACGAAG CTGCAAGCGG TAAGATTGTT
TTGCAGGGCC ACAGAGTTTG TCAGCGAATT GTGGAGCATT TGACGGCATT AGTTCTTAAT
CGTCCCATTG CCGAAACTTG TGATTTATCT ATAGAAAATT TCCCAGTGTA TAGCAGGGAA
CCTATGGAGA ATGACACTTT AGGATGTTTT ATTTTTTCTC CAGATAGTAG CTGCCGGCAT
TTTTCTAAAG GTTCTGTATA TATTGTGTTT AAAGGGCTTC GTTCAATTAT TGCGAAGTGC
GAAAGTTCAG GACCTCAGGA AGCTGGATTG TTACAACAGG ATCTACAGAA TTTGTATGCG
TGTTTTATTC ATACGGATGC AGTTTCTTGG AGCTTAGGAG AGGATCGTGT TCTAGAAATC
AAGGAACCCT TGCAGCGTGT TATTCAGGTT TGGGGGGAAG AATTTGTTCA AAGTTTTGGG
GAAGCCTCTC TCGAAGTTCG GGACGTTCGA GATCGTTTAG CTGTAGTTAA TCGCATTGAG
AAAGCTCAGC ACGCAGAGCT TGTCCGTTGG GATGATCAAT ATCGTCAGGC TCAGTGTTCT
ATGAATCCTC AAGTTCGCTT GCGAGCAGCA ATCCCACATA AAAATGTTTT TGTTGAGAAT
TTTAAACTGA ATGTTAGGAA GTATTCTCGA GGGGAACACG TTTTACGATT TGGAACAGAT
TTTGTCGGAG GAAAGCAAAT TCGATTAGCT TTTCGAGATC ATCAAGGGAA CCTTGTAACG
GACAAAGAAG GGATTGATAA GGTTTCTGAT GAGTTATACG CTCGGTTAAA TAAATTGGGA
GTATCTGAAG TAGGGATGCA AAGAGAGGGG GATCACATAC AGGTAAGTGT TCCTGGCGCT
GCAAATCTTT CTTCTGCTGA TATCTTAGGG ACTTCGAAAA TGTCTTTTCA CGTCGTGAAT
GAGCAATTTT CTTCAAGAAG CCCCTTACGT TATGAAGTAC AAACCTTCTT AGATTACCTC
TGGTTTACAG CTCGTAGTCT TGATAAATCT TCTCCTAAAG ATATCAATCA TTTGGCAGCA
ACCATTTTTC ATGAAAATCA AGGACCTATT CCTGCTAATG TTCGTGCTGC TATTGGGAAA
TTGAAGGAGG CTGGATTAAA TTTTTCTAAA GAACATGAGA TGGGATCTGC TTGCTTAGAT
ACTCAATACT CTATGATTGC TGTAGAAAAA GGGTCTGGGG AGCAGGTGAA TCCTCTTATG
ATTGTATTTA GAAATCATGC TTTAGAGGGG GCTTCTCTTA AGAATATTCG TCCAGAATTT
GCGGTAGGGG AAGGTTATGT TTTAAATTTT GGTGTTAAGG ATAAAGCCGT ATCACTCGAT
AGCAAGGAGA CTCCGGTTCA GCAATTCCAT GCTTGGACAT CTAAGTTTTG TCAAGAGGGG
GTTAATGGAA CAAAAAATAG CCAGTTCTCT GGAGGAAGAG GTTGGCGCAT GGCTGTTGTT
TTAGATGGGT ATGTAATTAG TGATCCCGTG TTAAATGTTC CGCTCAAAGA TCATGCAAGT
GTTTCTGGGA ATTTTTCGTA CAGGGAAGTC AATCGTTTAG CTTCTGATCT TAAATCTGGG
GCTATGTCCT TTATCCCTGA AATTTTAAGT GAGGAAGTAG TTTCTCCAGA GTTAGGACAC
TCTCAGAGGT TGCAAGGGAT TCTCTCTGTA TTTTTAGGAC TAGTGGTTCT CATTGCATTA
ATGAGTGTTT ATTACAAGTT TGGGGGTGTC ATTGCCTCGG TAGCCGTTCT TCTTAATTTA
CTACTTATCT GGGCATCTAT GCAGTATTTA GATGCTCCTC TTACTCTATC AGGACTAGCT
GGAATTATCT TAGCAATGGG GATGGCGGTT GATGCTAACG TCCTGGTTTT TGAAAGGATT
CGAGAAGAAT ATTTATTGAG TAGAAGTTTA TCAGAGTCTG TAGAGGCTGG TTATAAGAAG
GCTTTTAGTG CAATTTTTGA TTCTAATTTA ACAACTATTT TGGCTTCGGC ATTGCTTCTC
ATGTTGGATA CAGGACCAAT TAAAGGGTTT GCTTTGACCC TGATCATTGG AATTTTTTCT
TCTATGTTCA CATCTTTGTT CATGACGAAG TTCTTTTTCT TGATTTGGAT ACAAAAAACG
AGAGAGACCC AATTACATAT GATGAACAAG TTCATAGGGG TCAAACATAA TTTCTTGAAA
GAATGTAAGC GTTTGTGGGT TGTTTCCGGG GCTGTAGTCG TTTTAGGTTG TATTGGGCTA
GGCTTTGGTG CCTGGGACTC CATTTTAGGT ATGGATTTCA AGGGAGGATA CGCGCTGACC
TTAGATTCTG ATGTTTGTGC CTATAATCCA GATCAGATGT GTTCTGCTTT AAAAAAACGC
TTCCGGGAAA TTGGGTTGTC TTCTCGTGAT TATCGTGTGC GTAAAGCTGA TAGCTCTGGA
AAAGTTAAGA TCTATTTTTC TCAAAATGCT TTAGCTCGTG TTGAGCAAGC GAAAGGGGGG
TATTCGGAAC AGAATGGGGC GGACCATCAT CTAGCTCAAG TTTTGCAAGT ATTATCCGAT
TCTAGTGATG CTACTTCTCC TGCAGCATTT GAATCCTCTC GAGGAAGTTG GTTTAAGGTA
AGTGGACAGC TTTCGAATAA AATGCGAACA CAGGCAATCA TGGCATTATT TGGAGCTTTA
GGAATTATCT TACTTTATGT TAGCTTGCGT TTTGAATGGA GATATGCTTT CAGTGCAATT
TGTGCTTTAA TGCATGATTT GTTAGCGACC TGCTCTGTAT TAGTTGCTCT GCATTTCTTT
TTGCATAGAA TACAGATTGA CTTACAAGCA GTGGGCGCAT TGATGACGGT GTTAGGCTAC
TCTTTGAATA ATACGTTGAT TATTTTTGAT CGTATTCGAG AGGACCGACG TGAGAAATTG
TTCACCCCAA TGCCCATATT GATCAATGAT GCTTTGCAGA AGACTCTGGG ACGTACGGTC
ATGACAACAG CGACCACCCT GTCTGTGTTG GTCATTTTGT TATTTGTTGG AGGTGGCTCT
ATTTTCAATT TTGCGTTTAT TATGACGGTA GGGATTTTGT TAGGAACGTT ATCTTCGTTA
TACATAGCTC CTCCGCTTCT CCTATTCATG GTGCGTAAGG AAGAACAGAA TTCCCTGCAG
TAA
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| Protein sequence | MKRNFKRNLS VIIFVFALAL YHVLPTCLYY SRPLNKKIEG REAHKIIERL TQQVADARND
LTVRVKRILS TLKLRGSVKP HLSIPGVVNV HFPLAEDAAV FIDNVVHGEH SVPTKSARLY
VLGSSELTGE TIVQVSGSLV TSLTEEDFSF VSYEDKDLVV SQELENIATN LFVNVECSCD
HGYSSLWDSM PIEKVAHIAR GICSGLRLLP TEKTQAFLSR FLGTEQDFVA FLSRVENALH
HEDVKEYREE LNEAAYLLHS RNLRWNEMSP RVVGNVVDCS ELSPCFSSMS LTGDGKLLFH
FDADVIAKRQ QLVGDERLDL ERLFAVEKQH IATRLNRSVE ETESGFAFRL RDEAASGKIV
LQGHRVCQRI VEHLTALVLN RPIAETCDLS IENFPVYSRE PMENDTLGCF IFSPDSSCRH
FSKGSVYIVF KGLRSIIAKC ESSGPQEAGL LQQDLQNLYA CFIHTDAVSW SLGEDRVLEI
KEPLQRVIQV WGEEFVQSFG EASLEVRDVR DRLAVVNRIE KAQHAELVRW DDQYRQAQCS
MNPQVRLRAA IPHKNVFVEN FKLNVRKYSR GEHVLRFGTD FVGGKQIRLA FRDHQGNLVT
DKEGIDKVSD ELYARLNKLG VSEVGMQREG DHIQVSVPGA ANLSSADILG TSKMSFHVVN
EQFSSRSPLR YEVQTFLDYL WFTARSLDKS SPKDINHLAA TIFHENQGPI PANVRAAIGK
LKEAGLNFSK EHEMGSACLD TQYSMIAVEK GSGEQVNPLM IVFRNHALEG ASLKNIRPEF
AVGEGYVLNF GVKDKAVSLD SKETPVQQFH AWTSKFCQEG VNGTKNSQFS GGRGWRMAVV
LDGYVISDPV LNVPLKDHAS VSGNFSYREV NRLASDLKSG AMSFIPEILS EEVVSPELGH
SQRLQGILSV FLGLVVLIAL MSVYYKFGGV IASVAVLLNL LLIWASMQYL DAPLTLSGLA
GIILAMGMAV DANVLVFERI REEYLLSRSL SESVEAGYKK AFSAIFDSNL TTILASALLL
MLDTGPIKGF ALTLIIGIFS SMFTSLFMTK FFFLIWIQKT RETQLHMMNK FIGVKHNFLK
ECKRLWVVSG AVVVLGCIGL GFGAWDSILG MDFKGGYALT LDSDVCAYNP DQMCSALKKR
FREIGLSSRD YRVRKADSSG KVKIYFSQNA LARVEQAKGG YSEQNGADHH LAQVLQVLSD
SSDATSPAAF ESSRGSWFKV SGQLSNKMRT QAIMALFGAL GIILLYVSLR FEWRYAFSAI
CALMHDLLAT CSVLVALHFF LHRIQIDLQA VGALMTVLGY SLNNTLIIFD RIREDRREKL
FTPMPILIND ALQKTLGRTV MTTATTLSVL VILLFVGGGS IFNFAFIMTV GILLGTLSSL
YIAPPLLLFM VRKEEQNSLQ
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