| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0909 |
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| Symbol | |
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| ID | 1246278 |
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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 | 1052128 |
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| End bp | 1054755 |
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| Gene Length | 2628 bp |
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| Protein Length | 875 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637061723 |
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| Product | hypothetical protein |
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| Protein accession | NP_297282 |
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| Protein GI | 15835523 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGTCTTCTT ACTATTTAAA TTTCCGTCCC AATACTGTAT CTGGAGAAGG TTTATTTAAA
ATCAAACTGA CAAATCCTTG TTCAGATTTT AAAAACCGAG CAAAACCAGC TATTGATATT
GAGGAGTTGA ACTCTGGACT TTATATACTT AGACGATTGT CTGTAGCTTT AGAAGCCGGG
TATCTTGGTG TTGGTTCTGT CATTAACCCA GATAATAAAA TTTTCCCTGG TGGAGAGGGG
ATTGTAAGAA GATTTCAGGA AGGCAGTGTT CTTTCTTCTA GAACGATTTC TGGTAACACG
GTTGCCGATA TTAAACAAAG TACAGCTAAG ACGTTAGTCA CTACAATTTC AGATGGGTTG
AATACTTTGA TAGAGGATAT CCCTGAGCTT CCTATGACTC AGGTAGGGAG TATATCGGCA
GCTCTCATTT TAATGGAGAC TTATAAATCA AAACCTTCTC TGAATGAGAC AGAGCAAACT
ACGGTTTTTG GTAATGCGTA TGTTCCTTCT GATGAATCCA TTAAAGCCAT CATCAAAAAA
GAAATGGAAC AAGAAATCCA AGAGAAGAAA GATCTTATTA TCACCGCACA GTTAACGGCA
CAAGGAGCTT CCGATCAAGC GATTGAAGAG TCGTTGAGGG ATTATGAGGA ATTCTATGTT
TCTGAGTATT TTAATACACA TGTGAAAGAA GATCTCTGGA AATATCGTGC AACTATTGGG
GCAAATATTC AGGAGATGTT AGAAAAATGT TCGGCATTGG GTCCGGATAT TCCAACATCT
TTAACAAAAG ATAATGTCAA AGAAGCTAAT GCTAAGTCGG TACTGAAGGC ATGGATGGAA
GCCTTCAGCA ATGTTTTGGA GGTCGAACCG GCCTTGGGGG GATCTCAAGA GATCATTGAA
GCTGTGCTTA AAATGATCCC TTATGCAACA AAAACCACTT TAACCGACGA GGATATTCAT
AAGATTTATG AGCAAGCCGC TTTGCCCTCT CCAGAGGTGA TGGATTATTA TCTAACCAAG
CAAGAGGCCG GGATCTGTAA AGGAGCGGTT GTTAAGGCGT TTCAGCAAGC TACGCAGAAC
CTACAAGCTG TGCGTGCTGA TGTAAAGGAG AACATTGAAG AGTTAGAAAT CAAAAAAACA
TCTTTCCAAC AAGCACAGGC ATCTTTAGAA AGTATGTTGG AAGGGGTTAA GCGTTTAAAT
GATAACAAAG CGTTTACGTC TGTAAGATTA GCATCTGTAA TGGAGTGCTA CTCTGGGCTT
ATGGCATTGT CGCAAATGTC TAATGTTTTA GAAACAAATG GAAAAACACT CATCACGGAA
TATGTAAATC GATTTTTACA GTTGAACAAT ACAAACACAG CACAAACTTT AGCACATGTA
ATATCTTACA TGGCAGCGTA TTGTGAGGTG GCTGAATGTA CAATGGCGAC TACGTTTTTA
AATCAAACCG AGGTCATTCC ATATGTAAAC AACAAATTCC AAGAGCTTCA GCAACAGCCA
TTTTGTGCTA CTTTGGCTTC TCCAGGCGTG GCGGAATTAA TGAAGAATTA TATCGATTTC
ACGAATGGAA TTTGCAAAGC GAATTTCAGC AATTTCGTAG ATAATGTGAT TACGAAAGAT
TTAGATCTTT CTGCAGCAGC TAATCAGGCT CAGGCTATGC TTGGGGAGTT TCAGAAAAAA
GCCGAAGAGT ATCTCAACAC ATTTCAAACC GAGATAGATA ATCTCAATAA AGTGTATAAC
GAGTTGGATC CGGCAAAGGC AACATTCAAT GTTGGTATTG GAAATCAAGA GACTTTGCAT
GAGAAAGCTG TAAATAATTG GATCGAGTCT ACAAGTTTAG GGTCTGCTTT TATCCATCTT
GTTTTGAATA CACAGATTCC TAAACAGGAA AATTTCTTGA ATCCTTTGAT TCAGGAAGTG
AATTTTAATA ACGTAGCTGC AAACGCTGTT AATGACCTTC TGTCGATTAC AAATAACTTC
TCAACATCCT CTGTGTACTA TAATTTGTCC TCTTACCTTG TCGAGAGTAA AGAGGGGGTA
GACTATTTTT GTGGAGGGTT CTTTGAGTTT CTTTGTGCTT TCGCTAAGGA GCGTGAGTAT
ATCCTTAGGG ACATCAATAG TTGTTATCGA GCTCAGGCTT TTGGAAACGC TTTGCTTGCA
AGAATAGAGG CTATGGCTGC TGGTAATAAA GTGACTGCAG CTCAAGCGAA TAACATGCGT
ACGCAGACAA ACTTATACCT GGCTTTTATT CGGATTATTG TTGAACAGTT GTCAGTTTTA
GACTCTTTGT TAAGAAGTCT AAATTATCAA CCTCTGCAAA AAGATGGTAA TTACGATAAA
GATAAGTATG AGATTAAGGG GCCCACGGAT TGGATTTCGA CACTGGCTAG TTTGGAAGGT
TACGTCGTTA ATGGATTTGA TAGCGCAAGT CCTTCAGGTG GTTTAGGGCC TATGCATACG
CTAGTGCAAA CAGATCAACA TGATTATTTA ACACAGAGCC AGACCCAACA ATTGAATTTG
CAAAATCAAA TGACAAATAT TCAACAGGAA TGGACTTTAG TTTCCACCTC CTTGCAAGTT
CTCAACGGGA TTTTATCTCA CTTGGCTGGG GAAATTTACT CTGGCTAA
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| Protein sequence | MSSYYLNFRP NTVSGEGLFK IKLTNPCSDF KNRAKPAIDI EELNSGLYIL RRLSVALEAG
YLGVGSVINP DNKIFPGGEG IVRRFQEGSV LSSRTISGNT VADIKQSTAK TLVTTISDGL
NTLIEDIPEL PMTQVGSISA ALILMETYKS KPSLNETEQT TVFGNAYVPS DESIKAIIKK
EMEQEIQEKK DLIITAQLTA QGASDQAIEE SLRDYEEFYV SEYFNTHVKE DLWKYRATIG
ANIQEMLEKC SALGPDIPTS LTKDNVKEAN AKSVLKAWME AFSNVLEVEP ALGGSQEIIE
AVLKMIPYAT KTTLTDEDIH KIYEQAALPS PEVMDYYLTK QEAGICKGAV VKAFQQATQN
LQAVRADVKE NIEELEIKKT SFQQAQASLE SMLEGVKRLN DNKAFTSVRL ASVMECYSGL
MALSQMSNVL ETNGKTLITE YVNRFLQLNN TNTAQTLAHV ISYMAAYCEV AECTMATTFL
NQTEVIPYVN NKFQELQQQP FCATLASPGV AELMKNYIDF TNGICKANFS NFVDNVITKD
LDLSAAANQA QAMLGEFQKK AEEYLNTFQT EIDNLNKVYN ELDPAKATFN VGIGNQETLH
EKAVNNWIES TSLGSAFIHL VLNTQIPKQE NFLNPLIQEV NFNNVAANAV NDLLSITNNF
STSSVYYNLS SYLVESKEGV DYFCGGFFEF LCAFAKEREY ILRDINSCYR AQAFGNALLA
RIEAMAAGNK VTAAQANNMR TQTNLYLAFI RIIVEQLSVL DSLLRSLNYQ PLQKDGNYDK
DKYEIKGPTD WISTLASLEG YVVNGFDSAS PSGGLGPMHT LVQTDQHDYL TQSQTQQLNL
QNQMTNIQQE WTLVSTSLQV LNGILSHLAG EIYSG
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