| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2403 |
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| Symbol | |
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| ID | 7311070 |
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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 | 2893272 |
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| End bp | 2896790 |
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| Gene Length | 3519 bp |
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| Protein Length | 1172 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643609325 |
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| Product | PA14 domain protein |
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| Protein accession | YP_002506713 |
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| Protein GI | 220929804 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3401] Fibronectin type 3 domain-containing protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGTTCAAGA AGGCATTTTG TGTCTTAATG GCTCTTATCA TTATGAGTGG GATAATGATT
CCACAGACAG TACGGGCTGA AAGTAATATA GACAACGGAG GAACAAACAC ACAGTCTGAT
GGTCAAAGGC TGACTGTACA GATTCATAGG GTGGATTCGA CACTCTTTTG GTTCAACAAT
GTTATATCCA ACCACGGATA TGAGGACTGG TTTCCTGATA ATAATTCCTG CAGTGATTAC
AACTATAATA ATGGTATTTT CCAGTTTATT AAAGTAAAAA TCACTAATAC CAGTAATTCT
GCTATAACGC TTAATAGCAA TAATCAACTG GTACTAAGGT TTACAAACAA GTCAGGAAAA
GAGCTAGGGT TAAAGCTTTA TGAGTTTTCT GCATATAAAA ACATTGATAA ATCAAACAGG
GAATATACCT TCGGATCAAG CTTACTGTCC AACAAAACAA TAAAAAGCAG TGGAACGTTG
GAAATCTACG GATATGTAAA ATGGATGGAT TTCTCCGAAC TTGGATGTAG TATTGTAAGA
CAGCCTGATG AGAATAAAAT TCAGGTTAGG CTTACAGAAA AAAGTTATCC AACTAATCCT
TCAGAATTCG CTTCGAAGGA TAGGATTCAT TCAGTTCTGA AGCTGTATAA CGAGGGTAAC
AAGGTCATTG ATTTGGATAA AATAAGAATC CATTACTACT TTAACATGGA TGGAGACCTA
AACAAGGTTG CCCCAAAGAC TGAAAAGGTG GAGGGAAAGA TTTATAACTA CCAGCCTGAC
CGGACAAATC CACAAGAAGA TGTTATACAA ACCCTTCCGT CAGTTTTTAT TAATATGGGT
GAGTATTCAA CACCTAAGGC CAACTGCTTT ATTGAAATTG GGTTTCCATC TAAAAGTAAC
GGTTCAAGCT ACACGAATTA TTTATATAAG TTTTTAAGGT ATTTTAGCAG TTTGTGGAAC
GATATGTTTA TAAAGCACGA TTTAAACTGG TTGGATGATA TTCTGGGGAA AAATGTAAAT
ATTGAGGGAA GCAATTGTTC ATCAGATAAC CAAAAACACA GATGGTGGTG GAACTGGAGA
CAGGACTATA CTCTCAGTTC AAAAAATTAT GAGCTTAGTG CAAAATCCGG TAATAATACT
TCACATGCAG ATATTGAGCT TGAAATAGTC AAGGAATTTA TTGCTCAAAC AACTGGAGAT
ACATCAAATA TAAGGAAATT TAATCAGGCC AATCACTACT CTTTTAATCC CGGACAAGAA
ATGGATTGGG AAAGAGTTAC AGTATATTAT AAAGGCGAGT TGATATGGGG AAAAGAACCG
GGACACGAGC TTACCGTACC TTTAAACCTT CAGGCAATCT CTAAAAGAGA TGGCATACTG
TTAAGATGGG ATGAGGTAAA CGGTGCGGAA GGTTATAAAA TATGGCGAAA AGGACCAGGC
GATTCTGATT TTGTTCAGCT TCCTCAGATA CTATCTGACA GCTCTATTAC TGATAACAAC
GTTAAACCGG GAGAAACATA TACATATAAG GTGCAGGCTG TTTCAGACAG TGGAGAGCAA
CTGGGGCCAT TTTCAAACGA GGCTTCCGCC ACTGCCTTGA TTATGACGGG CAACGGGCTG
TACGCAGAAT ATTATAATTG GAAATCTGTT GCCGGCAGTA GTTTGACAAA CTACGGTTAT
GATTTGGGAA ACAGCTTTAC AACTAATTAT GTAATGGAAA ATACGGAACT TGCCATGTCC
AGAATAGACC CCAAAATTGA CTTTACAAAA GATAATACAG ATACCTACTA CAGATGGGGT
GATAAAGCAC CTGATCCGAA GGTAAATGCA GATCACTATT CTGTGGTTTG GTCAGGATAT
ATTATGCCTG AGTTCGACGC GGACTACACA TTCTATACCA GAACGGACGA CGGAGTGAAA
CTATGGATTG ATATAAACAG AAATGGGATT TTTGATATAA ATGAACTTCT GATTTCTAAC
TGGCAAAAAC ATTCTGAAAC AGAGAATAAT TCTAGGTCAG TACAAATGGA AAAGGGTAAA
AAATATAGAA TAAGAATGGA ATACTATGAA AACGAATACG ATGCCGTTGC AAAGCTGTTA
TGGAGCAACC CGTCAAAAGC AAAAGAAGTA GTTCCGAACT CACAGTTGTT TGTTGACGGA
ACTATTAATA TACCCAAGAC TCCAACAAAT CTTAAGGCGG ATTTAAAAAA TGACGGTAGT
GTAGTCCTGT CGTGGGACAG CGTTCTTGAA GCACAGGGAT ATAAAATATA CCAAACCGAC
TGGCAGGGCA ACACAAGTAT AATTAATGTA AAAGATAATT CGTACACTGT GCTCAACCTG
GCATCCGGCG AATACAAATT CAGTGTAAGT GCATGGAATG AGGCTGGAGA GAGTGCAAAA
TCTGAGTCTG TGAAGGTTGT AGTAGGGTTG GGTGCACCTC AGAATCTGAA AGGTACTGTA
AACAAAAAGA CAATTAACCT TTCATGGGAT TCGGTAGATA CTGCCTCAGG ATACAGGCTG
TACAGAGTAC TCGATGGAAT ACAAACCACA GTTCTTTCGG TAGATAGTAA ATATACCGAT
AGTAAGGTTT CATACGGAAA GGTATATAAG TATTTTGTTT CGGCTATAAA AGATGGCTAT
GAGGGTGCAA AATCAAGAGA AATAACTATT GCTGTACCCC CTGACGCTCC GGCAAATCTA
AAAGCTGCTC GAGAGGGAGA ATCTGTTCAG CTAAGGTGGA ATCCGGCTCA GGGAGCCCAA
TCCTATAGTG TATTAAGATG TAATAGCTCG GATGGGACGT ATGAAATTAT TAAAGAAGGC
ATAACCGGAA CGTCGTTTAA GGATGATTCT GTGCCAGAAA CAACAAACAG CAGTGGGGTT
AAGTACTATT ACAAGGTGAC TGCTGTGGCA AACGGTGTTG CTGGCCCCTG CTCCAACATT
GCAAGTGTTA TTATGTATCC TTTTGTTGAA ACACAACTGG GTTTTGTAAC ATATAACATA
ATAAATAATT CAAAAAACCC AAATCTTGAG TTTGTTCTGG GGTCGTATGT ACCTGTTTCT
TTTGAACTAC AGCTCAAGAA CACAACCTCA AATCCCGGAA TTGTAATGGA TACAGAAATG
GTAAATAAAA TGAATATCAA TGAAAAACCA TTTTTCTTGG AGTTGGTCAG CAAAAATATA
AAAGTTACTA TAAAGAAAAA GGATGCTATT GAGTTTTTTA AAGTTAATGA TAATAGCATT
ACTAAAAAAG TCATTAAAGT AAATGGTAGA AATGTGGTTA AAATAGAAGT AAACGGAACT
TATGATGCAG GAGATGTGGT GAAAATTGAG TTTGGCCCTA AGGTTTTCAC TTATAAGGAT
GATGATGTGG AAGCTTACTA TGGCAACATG TATCAGCTTG AGTTAGGATT GTACGCAGAT
GGATATGGAA GCAGTGAAAA ACCTATAAAA ACCGATGTTA GCGGAAATAC GTTGCCACCC
CTTGAGGTAA AAATTGCCAA CCCTGACAAG TTGAATTAA
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| Protein sequence | MFKKAFCVLM ALIIMSGIMI PQTVRAESNI DNGGTNTQSD GQRLTVQIHR VDSTLFWFNN
VISNHGYEDW FPDNNSCSDY NYNNGIFQFI KVKITNTSNS AITLNSNNQL VLRFTNKSGK
ELGLKLYEFS AYKNIDKSNR EYTFGSSLLS NKTIKSSGTL EIYGYVKWMD FSELGCSIVR
QPDENKIQVR LTEKSYPTNP SEFASKDRIH SVLKLYNEGN KVIDLDKIRI HYYFNMDGDL
NKVAPKTEKV EGKIYNYQPD RTNPQEDVIQ TLPSVFINMG EYSTPKANCF IEIGFPSKSN
GSSYTNYLYK FLRYFSSLWN DMFIKHDLNW LDDILGKNVN IEGSNCSSDN QKHRWWWNWR
QDYTLSSKNY ELSAKSGNNT SHADIELEIV KEFIAQTTGD TSNIRKFNQA NHYSFNPGQE
MDWERVTVYY KGELIWGKEP GHELTVPLNL QAISKRDGIL LRWDEVNGAE GYKIWRKGPG
DSDFVQLPQI LSDSSITDNN VKPGETYTYK VQAVSDSGEQ LGPFSNEASA TALIMTGNGL
YAEYYNWKSV AGSSLTNYGY DLGNSFTTNY VMENTELAMS RIDPKIDFTK DNTDTYYRWG
DKAPDPKVNA DHYSVVWSGY IMPEFDADYT FYTRTDDGVK LWIDINRNGI FDINELLISN
WQKHSETENN SRSVQMEKGK KYRIRMEYYE NEYDAVAKLL WSNPSKAKEV VPNSQLFVDG
TINIPKTPTN LKADLKNDGS VVLSWDSVLE AQGYKIYQTD WQGNTSIINV KDNSYTVLNL
ASGEYKFSVS AWNEAGESAK SESVKVVVGL GAPQNLKGTV NKKTINLSWD SVDTASGYRL
YRVLDGIQTT VLSVDSKYTD SKVSYGKVYK YFVSAIKDGY EGAKSREITI AVPPDAPANL
KAAREGESVQ LRWNPAQGAQ SYSVLRCNSS DGTYEIIKEG ITGTSFKDDS VPETTNSSGV
KYYYKVTAVA NGVAGPCSNI ASVIMYPFVE TQLGFVTYNI INNSKNPNLE FVLGSYVPVS
FELQLKNTTS NPGIVMDTEM VNKMNINEKP FFLELVSKNI KVTIKKKDAI EFFKVNDNSI
TKKVIKVNGR NVVKIEVNGT YDAGDVVKIE FGPKVFTYKD DDVEAYYGNM YQLELGLYAD
GYGSSEKPIK TDVSGNTLPP LEVKIANPDK LN
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