| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0211 |
|---|
| Symbol | |
|---|
| ID | 1246337 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Chlamydia muridarum Nigg |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_002620 |
|---|
| Strand | + |
|---|
| Start bp | 247799 |
|---|
| End bp | 250726 |
|---|
| Gene Length | 2928 bp |
|---|
| Protein Length | 975 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 41% |
|---|
| IMG OID | 637061008 |
|---|
| Product | insulinase family metalloprotease |
|---|
| Protein accession | NP_296590 |
|---|
| Protein GI | 15834831 |
|---|
| COG category | [R] General function prediction only |
|---|
| COG ID | [COG1026] Predicted Zn-dependent peptidases, insulinase-like |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 0 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGAAAACTG GGGATACCTA TAGAAATTTT GTAGTCAAAT TGAGTCAGGA TCTTCCCGAG
ATCGAAAGTA AACTCATCGA AGTAGAACAC ACTCCGACAG GAGCAACAAT CATGATGATC
GTCAATGATG ACGATGAAAA TGTGTTTAAT ATTTCTTTCC GGACTTGTCC TCAGGATTCT
AGTGGAGTTG CTCATGTACT TGAGCATATG GCCTTATGTG GGTCTGAGAG TTACCCAGTG
CGGGATCCTT TTTTCTCAAT GACAAGACGT AGTTTAAATA CATTTATGAA TGCCTTCACA
GGTGCTGATT TCACCTGTTA TCCTGCGGCT TCTCAGATAC CGGAAGATTT TTATAATTTG
CTGAGTATTT ATATTGATGC AGTATTCCAT CCATTGTTAA CGGAAAATAG TTTTTTACAA
GAAGCTTGGC GATATGAACG TACGGAAGAA GGCGCTCTTT CTTACACAGG TATCGTTTTC
AATGAGATGA AAGGGGCCTT GATGTCAGGA GAATCCCGAC TCAGCGAAGC TATGAATGCT
GCTTTATTCC CAGCAGTAAC TTATGGAGTG AATTCCGGAG GGGATCCTAG GGAAATTGTT
TCTTTGAATT TAGAGACTGT TCGCGCTTTT CATGAAAGTC AGTACACTTT AAGTCGTTGT
CTTTTTTATT TTTATGGAAG CATTCGTCCC ACTCGTCATT TAGATTTTCT AGAAGAGAAA
TTGTTAAGAC GTGTGGGGAA AGTAGAAAAG CAAAGTGTGA CTCTTCCTCT GCAAAAACGT
TTCAAAGAGC CTGTTCGTGT TATGGATAAA TATCCATCTG ATGGGGCTGA TGAGGATAAG
GTACTTTTTG GATTAGCTTG GTTAACTTGT TCGATTTTTG ATCAACAGGA TCTACTTGCT
TTGCATGTAC TGGATTTAGT CCTTATGGGA ACGGATGCAG CTCCTCTCAA ATCTCGATTG
TTAAAATCAG GGCTCTGCAA GCAGGCCGAT ATGAGTATTG ACAGTGAGCT TCATGAGATT
CCTGTATATC TTGTTTGTAA AGGGTGTTCG CACACAGGAA GCTCGAAGTT GGAGAGCTTG
ATTTTAGCTA GTTTAGAAGA GATTTTGCAG GAGGGAATTC CTCTAAATCT AGTTGAAGGC
GCTGTGCACC AGCTAGAGTT AGCAAGGAAA GAAATTGCAG GATATTCTGT CCCTTATGGC
TTGTCTTTAT TTTTCCGAGC AGGATTGCTT AGACAGCATG GAGGGAAAGC AGAAGATGGT
CTGAGAATCC ATACTTTGTT TGCTAATCTT AGAAAAAATA TTCAGGATCC GGATTATTTG
CCTCGATTGG TGCGGAAATA TTTTCTAGAT AATCCGCATT ATGCTCGCGT TATCCTTCTT
CCAGATTCGC AGTTAATTGC TCAAGAGAAC AAGGAAGAGC GTAATGTTCT TCATGCGATT
CAAACGCAAA TGAGTGAAGA AGATTTGGAA AGGGTAGATG CCATTTCTAA TCGTTTAGAG
GCATATCAGT CTCAAGAAGA AGATTTAAAT AAAATACTCC CTCTTTTTTC TTTAGATAAG
GTCCCCGCTT TAGGGAAAGA ATTTGTTTTA GAGAAAGAAG TTTTTGGTGA AGGAGAGGTT
CTTCACCATG ATTGCTTTAC TAATGACATT ATTTTTGCGG AATTAGTCTT TGATCTTCCT
GCTCTTTCAG TAGAAGAACT ACCTTGGTTG CGTCTTCTTG TTTTTGTTTT GCTTCAGTTA
GGAAGCGGGG GCCGCTCTTA CAAAGAGCAT CTAGAATTTC TTTTAGAGCA TACTGGAGGA
GTGGATGTTC TTTATGAATT TTCTTCGCAA GCTACGGATT CTAATCGGCT TTCTCCCTCT
ATAAGCATTC GAGGTAAGGC TTTAATCTCT AAAGCGGAAT ATCTATTCCA AGTAATGAAA
GAAACGCTGA CCACCATAGA TTTTTCCGAT ACGGTTCGTC TTAAAGAACT GTTGATGCAG
CATGCAGAGT CTTTAACTAA TAGCGTGAGA AATAGCCCTA TGGGGTATGC GATTAGTTTG
GCTTGCTGCA ATAAGTCTAT TACAGGAGGG CTGGCATATC TCATGTCTGG GATGCCCTAC
GTTAAGCATA TTCGCGAGCT TCTTAATAAC TTTGATCAGC AAGCCCAAGA AATTACAAAC
CGTTTACAAA CTCTTTATAA GAAATGCTTT GTTGGTAGAC GACAGCTTGT CATCAGTAGC
AGCAAAGCAA ATTATCAAGC TCTACATGAG CAGCGATTTT TTGGCTTGCT AGATGATAGA
TTAGGTTCTG GAGAACTATG GAGAAATCCT GTTCTCGATA AGGTTAACGA TTCGCGAGGT
ATTATGATTC CTGCTCGGGG CGCTTACAAT GTGCTTTCGT TCCCGTTGGA GTCTCTCTCT
TATGATCACC CAGACGCGGC TGTTCTTTCT GTTGCTGCGG AGGTTTTAGG AAATGTAATT
TTACATACTA AGATTCGAGA GCAGGGGGGA GCCTATGGAT CAGGAGCTAG CGCGAACCTT
GGCCGGGGTA CTTTCTATTG TTATAGTTAT CGTGATCCAG AAGTTTCAGC TACGTATCAG
GTGTTTTTAC AAGGAATTCG AGATATGGCT GCAGGAGAGT TCTCGGAGGA TGATGTTCAC
GAAGGAATTC TTGGAGTGAT TCAAAATTTA GATGATCCTA TCTCACCGGG GAGTCGTGGG
GCTGTGTCTT ACTATCGATC AAGAAGCGGT AAAGTGCCTT TCGTTCGTCA AGCCTTTCGT
CAAGCTGTTT TAGCAACAAC AAAGGAACAA ATTTGTGAAG TTGCGCGTAA CCGACTTGAG
AAATACCTTT CTGAAGCTTC TTTTGTTTCT TTTGCTGGAG AGGAGATGCT ACAAAAAAGT
CTAAGAGATT TCGATAGTAA GCCCTTCCAA ATAGAACCCG CTTTTTAA
|
|---|
| Protein sequence | MKTGDTYRNF VVKLSQDLPE IESKLIEVEH TPTGATIMMI VNDDDENVFN ISFRTCPQDS
SGVAHVLEHM ALCGSESYPV RDPFFSMTRR SLNTFMNAFT GADFTCYPAA SQIPEDFYNL
LSIYIDAVFH PLLTENSFLQ EAWRYERTEE GALSYTGIVF NEMKGALMSG ESRLSEAMNA
ALFPAVTYGV NSGGDPREIV SLNLETVRAF HESQYTLSRC LFYFYGSIRP TRHLDFLEEK
LLRRVGKVEK QSVTLPLQKR FKEPVRVMDK YPSDGADEDK VLFGLAWLTC SIFDQQDLLA
LHVLDLVLMG TDAAPLKSRL LKSGLCKQAD MSIDSELHEI PVYLVCKGCS HTGSSKLESL
ILASLEEILQ EGIPLNLVEG AVHQLELARK EIAGYSVPYG LSLFFRAGLL RQHGGKAEDG
LRIHTLFANL RKNIQDPDYL PRLVRKYFLD NPHYARVILL PDSQLIAQEN KEERNVLHAI
QTQMSEEDLE RVDAISNRLE AYQSQEEDLN KILPLFSLDK VPALGKEFVL EKEVFGEGEV
LHHDCFTNDI IFAELVFDLP ALSVEELPWL RLLVFVLLQL GSGGRSYKEH LEFLLEHTGG
VDVLYEFSSQ ATDSNRLSPS ISIRGKALIS KAEYLFQVMK ETLTTIDFSD TVRLKELLMQ
HAESLTNSVR NSPMGYAISL ACCNKSITGG LAYLMSGMPY VKHIRELLNN FDQQAQEITN
RLQTLYKKCF VGRRQLVISS SKANYQALHE QRFFGLLDDR LGSGELWRNP VLDKVNDSRG
IMIPARGAYN VLSFPLESLS YDHPDAAVLS VAAEVLGNVI LHTKIREQGG AYGSGASANL
GRGTFYCYSY RDPEVSATYQ VFLQGIRDMA AGEFSEDDVH EGILGVIQNL DDPISPGSRG
AVSYYRSRSG KVPFVRQAFR QAVLATTKEQ ICEVARNRLE KYLSEASFVS FAGEEMLQKS
LRDFDSKPFQ IEPAF
|
|---|
| |