| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2389 |
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| Symbol | |
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| ID | 7311058 |
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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 | Clostridium cellulolyticum H10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011898 |
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| Strand | - |
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| Start bp | 2864437 |
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| End bp | 2867535 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643609314 |
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| Product | cyclic peptide transporter |
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| Protein accession | YP_002506702 |
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| Protein GI | 220929793 |
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| COG category | [P] Inorganic ion transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism
[V] Defense mechanisms |
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| COG ID | [COG1680] Beta-lactamase class C and other penicillin binding proteins
[COG4615] ABC-type siderophore export system, fused ATPase and permease components |
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| TIGRFAM ID | [TIGR01194] cyclic peptide transporter |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGAAATTAA CAAAAAATGG TATTTGTTTA CTGCTTGCGG TTTTGTTTTT TCTCACCCCC
CTGAATGTTT TGGCGGCAGA AACGGTAAAA GACAAAACTG AAACAGATAA GCTTGAAAAG
GCTATAGTAG ACAGAATTGA AGATCATATA CACAAATATA TGAAATCAGG TAAAATACCG
GGTTTGTCTG TTGTTGTAGT AAAGGATGAC AGAGATATTT ATAAAAGTAG CTTTGGCTAT
TCGGATTTAA AGAGGAAAGA AAAGGTAACT GAAAATACAT TGTTTGAGCT AGGCTCAAAC
AGTAAAGCCT TCACTGGCAT TGGAATTTTG CAGCTTCAGG AAAAGGGACT CATAAAATTG
GAGGATTCAA TAAATAAATA CATACCCTGG CTCAAGTTGA AATATAAAGG AGAGGCTGTT
GATATTACTG TTGAACAATT TCTGCACCAT ACAAGCGGAA TTCCCTTTGA ATCAATAGGT
TACATAAAGC CAGACCAGAG AGAGAATGCT TTAGAAAATA CTGTAAAAAC TCTTGTGGGC
AGTGAGCTTC AATATTATCC CGGGACGGAA TATTCATACG CAACTATAAA CTACGATGTG
TTAGGACTGC TGATAAAAAT TGTTACGGGA GAAAGCTATG AGAAGTACAT GCATGATAAT
ATAGTTAAAA CATATGGTCT TAACAACACG TTTCTTTTCA GAGAACAGGC CAGTAAGAAA
GGTGTTATAG CCAAGGGCTA CAAAGTAGGG TTTTTAAGGC CGCTGGAATA TAATGCACCC
ATATACAGGG GAAACACTCC GGCAGGATAT TTGATATCAA ATATAAATGA TATTGCTGGA
TGGCTGAAAA TACAGATGGG AACAAGCAAT AGTGTAAATG ATAAAAAGCT TATTCAGGAA
TCACATATTC CAAACAGGTC TGTGAGGCCT TATGTTGACG GCTCTTCATA TGCAGCCGGC
TGGTCCGTTT TTCAAAGCGG CGGTGGTGAG CTTTCTCACG GCGGTAGTAA TCCCAATTAT
TCTTCATTTA TTGTTTTCAG ACCTGAAGAA AAGCTTGGAG TAGCAGTTCT GGCAAATCTT
AATTCAAGCT ATGTACAAAC CTTGGGACAG GGAATTATTG ATATTATACT GGACAGGGAA
ACGGCAGCTC CGCAGGATGA TATATATTTA ATTATAGATA ATGTTTCAGT TACAATTAGT
TGTATTGCGG TTTCAATTAT AATAATTCTT CTTGTTCTGA TTTTACATTT TATTTTCCAG
ATATTAAAAG GTAATAGAAA ATTTGAGGGA AGTAAAATCA AATGCTTTGT CAGTACCATA
CTATCAGCGG TTTTTATACT TGGCTTCGGC TACTGCCTGT ATAGTATTCC TGAGGTTTTA
TACTGGGGAC TTCCCTGGGA CTTCGTAAAG GTGTGGGCCC CGTTTACCTT AATGGCAGCA
GTCATAAGTT TGTTCATACT TGCAATTATG GTTATAGTAT TTTTAAATTT GAACTTTCTC
TTTAAAAAAA ACAAAAAAAA TAACAGGCCA CTTTTTATAA TGGCAATATT AAGCGTGTTC
AGCGGGTTCG GAAATGCCTT AATTATATTT ATAATAAATC AGGCTGTTAA CGGAGGCAGG
GAGTTTCAAA AAGGCCTGTT TTTATACTTT ATGGCAGGCA TAGTAATTTA TGTTGCCGGG
CAAAGGTTAT TGAGAAACAT GCTGGTTAAT ATAACAAATG AAGATGTATA TTCAAAACGT
ATAATGATGA TTGACAGAAT TCTGAATACA CCATACCAAT CAATAGAGCG TATTGAAAAC
GGTAGAATTT ATGCCGGATT GAACAATGAT ACCGAGGTAA TCAGTAACTT TGCAAATGTT
GTTATCACTG GCATTACAAG TCTGGTAACG CTGATATGCT GTTTAGTCTA CCTTGGAATT
ATAAATATTA TGGGTCTTAT TATTTCTATA ATAGTAATAC TAGTTGCAGC AGGCTTGTAT
TTTGTTATGG GGAGGTCTGC AAATAAATTT TGGGAACAGA CAAGGGACAT ACAAAATACA
TTTTTCGGGT TTATAAATGA TTTGACCGGA GGGTTTAAAG AATTATACCT GAACAAGTTC
AAACGGAAGC AATTTTCAGA AGATATGAAA GATAAATGTT ACATCTACAA GGAAAAACGA
ATACGCGGAG ACATGAAATT CAATAATGTG TTTATTATTG GTGAGTTGAT GTTTACCTTG
GTTATAGGGG TTGTGGTGTT TTTTTTTCCG GTATTCCTAA GTAACATACA AAATACTGAA
CTAAAAAATT ATGTTTTGGT TTTCCTTTAT ATGACAGGGC CTGTACATGG ACTATTAAGC
ACTATACCTA ATATATTTCA GGTGAGGATC AGCTATAGCA GAATAAGTGA ATTGATAGAA
CAGCTTCCGA GCATCGAAGA TTCCGAAAAT GAAAAAAAAG CTTTGGGGGC TGATTCATCG
GAAAAGCTAA ATATTTCATT ACGAGGGGTT GAATACAGTT ATATAAACGA AAATAGTGAA
GCATTCAAGG TTGGGCCAAT AGATTGTACC TTCAAATCGG GTGAGATTAT ATTTATCACG
GGAGGTAACG GCAGCGGTAA ATCAACACTG GCTAAGCTCA TTACAGGATT ATATCAGCCT
GATAATGGTG AAATTACTCT GAACGAAGTA AAAACAGAGA TTAGCGAACT GGTTGAAAAG
TTCTCTACAG TTTTCAGTGA TTTCTATTTA TTCAAAAGGC TTTATGGAGT AGATTCTATC
AACAAATCTG ATGATATTAA AAAGTATCTT GAGCTGCTGC ACTTAAGCGA TAAGGTTCAT
ATAGAAGACG GTGAATTTGA TACGTTAAAA TTATCTACCG GGCAGAGAAA GAGGCTTGCA
CTTTTAATTA CCTACCTTGA AGACAGACCT GTTTTACTTT TTGATGAGTG GGCGGCTGAT
CAGGACCCCG AATTCAAGAG GTTCTTTTAC AGAACCTTGC TGCCGGACTT AAAGACCCGC
GGTAAATGTG TAATAGCAGT CACCCATGAT GACAGATATT TTGACTGTGC AGATAGGATA
ATCAAAATGG AAACAGGAAG TATCTATTCT GAGAAATGA
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| Protein sequence | MKLTKNGICL LLAVLFFLTP LNVLAAETVK DKTETDKLEK AIVDRIEDHI HKYMKSGKIP
GLSVVVVKDD RDIYKSSFGY SDLKRKEKVT ENTLFELGSN SKAFTGIGIL QLQEKGLIKL
EDSINKYIPW LKLKYKGEAV DITVEQFLHH TSGIPFESIG YIKPDQRENA LENTVKTLVG
SELQYYPGTE YSYATINYDV LGLLIKIVTG ESYEKYMHDN IVKTYGLNNT FLFREQASKK
GVIAKGYKVG FLRPLEYNAP IYRGNTPAGY LISNINDIAG WLKIQMGTSN SVNDKKLIQE
SHIPNRSVRP YVDGSSYAAG WSVFQSGGGE LSHGGSNPNY SSFIVFRPEE KLGVAVLANL
NSSYVQTLGQ GIIDIILDRE TAAPQDDIYL IIDNVSVTIS CIAVSIIIIL LVLILHFIFQ
ILKGNRKFEG SKIKCFVSTI LSAVFILGFG YCLYSIPEVL YWGLPWDFVK VWAPFTLMAA
VISLFILAIM VIVFLNLNFL FKKNKKNNRP LFIMAILSVF SGFGNALIIF IINQAVNGGR
EFQKGLFLYF MAGIVIYVAG QRLLRNMLVN ITNEDVYSKR IMMIDRILNT PYQSIERIEN
GRIYAGLNND TEVISNFANV VITGITSLVT LICCLVYLGI INIMGLIISI IVILVAAGLY
FVMGRSANKF WEQTRDIQNT FFGFINDLTG GFKELYLNKF KRKQFSEDMK DKCYIYKEKR
IRGDMKFNNV FIIGELMFTL VIGVVVFFFP VFLSNIQNTE LKNYVLVFLY MTGPVHGLLS
TIPNIFQVRI SYSRISELIE QLPSIEDSEN EKKALGADSS EKLNISLRGV EYSYINENSE
AFKVGPIDCT FKSGEIIFIT GGNGSGKSTL AKLITGLYQP DNGEITLNEV KTEISELVEK
FSTVFSDFYL FKRLYGVDSI NKSDDIKKYL ELLHLSDKVH IEDGEFDTLK LSTGQRKRLA
LLITYLEDRP VLLFDEWAAD QDPEFKRFFY RTLLPDLKTR GKCVIAVTHD DRYFDCADRI
IKMETGSIYS EK
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