| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2632 |
|---|
| Symbol | |
|---|
| ID | 7312390 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Clostridium cellulolyticum H10 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011898 |
|---|
| Strand | - |
|---|
| Start bp | 3166552 |
|---|
| End bp | 3171762 |
|---|
| Gene Length | 5211 bp |
|---|
| Protein Length | 1736 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 39% |
|---|
| IMG OID | 643609560 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_002506939 |
|---|
| Protein GI | 220930030 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 8 |
|---|
| 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 | TTGAATATTA AATATACAAA AGTAATTTTA TTGATTTTTT GCTTTGTATT ATTTATAATC
GGCTTTCCTA ATATAATCGT ACATGCAAAT AGCAATATTT TACTTAGATA CGAAAATGGT
GGTATGGAGT TTTTCAACCA GTCGACTTAC GACAACTATA AAAAAAATAA CCTGTTGCCG
ACACAATTCA ACGGTAGTGT TATTCCATTA ACAATAAAAA AGGGTACCAA CACTTACTAT
TTGAACTACA GGCTGTTTAC TCAGAAGAAT CTTGTAGTAT ATGGCAGCTA CAGGAGTATG
GCAGGGAACT ATTTTAAGTG TGGTTATCAG ATACACAACG ATTTGGATAT TAAAAACCCG
GAAATTAAGT ATGACGGCGG TTATTTCTTA AAACCTGAGG GGATAGCTTG CAAGGGTAAG
GAGCAGAATC CTAAAACTCA TGGAGATAAA TGTAAGACCA CCCGTGGAGA ATGGAAGTAC
CTAGGCTTTG ATGTAAATGG GGAAATATTC AGTAATATGT GGATGATTAA CGTAGCAACG
GTAACTACCT TCAGGGAAAG GAATTGGATA AAGGAACCTT GGAGTACTAC AAATGAAGTT
AAGAAGGTTT TATCAGGAAA AATTAGTACA TATAACGAAT CAGCATACAA TTCTTTAAAT
CGTTATAAAC AGCAGACAGT CCAAAAGCTA AAAGACTGGA TATATAAAAC CTTTAATTCA
GTAGACAGGT TTTCGGGCAT ACCTGACGGG AAAGGCCATT ATGATCCAAA TGTTTACGAA
TATCTTTATA TTCAGTCAGC CCCAACGATT CAGAAGTCCG GCAGTGGAAA GATGTGGCAC
GTAAGGCCTG ACGGCTCAAT CTGGTATCAG ACCTTTTCCA TACCAAATTT AGGACAAGTA
AATAAAATAT CTGATAGTGG TAAAAGGGAC TTACCCTTAC AGTGCTTCGT AACTTCAGTA
TCACCTATGC CCGATATTCC GAAAGGCAAC GAGTTGGACA AACAAAAGGT TAAACTTGAA
TTTCAGGTTG AAGGTGAATT ACAGGATTAT GTTATCCTAA AGGAAGATGA ACCGGCACCA
AAAGATTGGA TTCCATACTA TAAGGATTCG GTGTCAAGAA CGGTGTATTA TACAAGACAG
GATATAGAAA GCTGGGATTT AAATATCGAT AAGGTATCTG GAATAGAACT TACCGATACT
GAAAAGAAGT CAAAAAATAT TGTGCCTAAA AGTACAGCAG ATAATATGAT TACCGCAACT
TTTAGCATTG AAACCACAAT AGAAGAAATT AAGAAGCTTC CCAAGCAAGG GGACAATTAC
ATAGTAAGAG TAGAAGCAAC AGCAAAAGTA AATTATCTCG ATGGACATAA TAATTCCAAA
AGCGGAAGCA ATCAATTTTT AACAGGCACA ATTCCGACTC CTCCCAAGCC TAAAATCGAA
ACTCTCGTTA TAGACATCCC AACACTTCAA ATACATAATC GCATAGGAGA AATAGCATTT
GACGGGGTTC CATTCCGGGA TGCAGCAGAC AATACCGATA TGTCATTAAT AAAGAGTACT
GAACTATACA TTAACGGTGA AACCGTTGAC TATGATGAAT TCTTCTCAGG CTCTTACATA
TTCCCGGCCA CATCCGATAA AAATGGATAC TTCGCAGAAG TTATCTGTAA ATACAACCTT
GATAAAAGTA AAATTGTACT TGATGGCCTT CCTAAAAACA AAAAACAAGA GATACAAGAT
GCTGCCGTTG TTGAATATGT TTCAGCAGAT TATGTATACG TATATCCAAC AAAACCTATT
GCACAGTTCA AACTTTCATC TAACTCATGG AAACAGAACA GAATTATAAA TGTTGACAAC
AATTCAACTG ATGGCAATAT ACAACTGGTT CTGGACAGAT ATCCAATAGT TGAATACAAA
TGGTCTTATG GTGGAGACAC ATCACAGCTG TATAAGGGTA CTAATACCGA CTTAAAAAAG
CAATTGCAGT ATAAAGAACC GGGTTCATAT TCAGTGACTT TGGAGTGCAA AAACACTCTG
GGTAAGTGGT CTGACCCATA TGTAGTGGAA TTCCGTGTAC TAGAAGACAT TGCTCCAAAT
ATAGAGCTGA ACCTATCTGA CAGTGTAGTA ACAAGGAATG ATCAAATAAG TGCATGGCAC
TATGATGTAA ACAGCACAGA CGGGGATAAA GTGACTGCTG CCAAAATAGA ATTATGGTAT
GACAGTGACA ATAACGGTAA TGTTGACAGC CTGATAAAGT CATGGAACGG CCTTGGCGAT
AATGGTATAT GTGAACTGAC TGATTTTCCA GAATATACGC CTACCCAACT TGGATACTAT
AAATTCTTTA TATATGCCCA AGATGAGTTT GTAGGTGTAA ATGGTCAGGA TACACTATCG
CAGTATGTTA ACGATTCGGA TAAAAAATCG GCTTATCTTG AATGCGATTT TTGGGTAGAC
AACTATCAGC CGTTAAGTGA CATATATATA GATGCTCCAA TAGAAAGACC CAATATAGAT
CTGTATATCA TGAGGGATAA GGACTTAGCA CAGAATAAAT ACGAGTACAT TGCAAGCTAT
AGGGTTTCAA TGGAAAATGC TTTGCTGGGT AGAAATATCA TTCCCAACGT TAATATATGG
GACATGAAAA CCTATGAGTA TTCAACTCCT GCAAGTATAT CTAGCAATAC AGGAACAAGC
TACCCTGCGG AAGAAATTCA ATATACTAGT GCGGGATATT CCGGCAAGCT GCGAAGGACA
AGTATAACAG ACAACGGAGG TTATTACGAT TTCGGCCAAT ATGAATTCCG GACGGAAACC
AAAACAGCAA GTGCAGGAGG TCAATCAACC AGTGGACATG GGTACAGCGG AAGTTATCCT
CCTTCATCCG TATCATACAG TGATGGTGAC GGTTATTCCG GAACTCTATC AGGATATGGA
TATGTTTACA CCTCAACAGC ACGTTCCGAT AAAGCAGGGG ACTTTGACTG GACAAGAAGC
TATGCGGGGT ATTCAGGTAC AGTCTCCAAA ACTATAACAT ACTGGGTACC CAATATGCAG
TGGGTTGCCA ACTATACAGG CTACTACAGC GGTACTATAT ATAAATATGT ACGTCAGCCT
TATACTGATA CGTGGCGGGG AAACAGCAGT AAATACATTC TCTATGTAAG TGGTGGTAAA
ATATCAGAAC TTTCAGAAAT CAATTTGATT GTAGCCAAGA CTGATGCAAA GGTTATTCTG
GTGGGAACAC CAGACATACA GAAACAGTAC CCGGATTGTG TCAAATTTAT AGATGCAACA
GACAAGACCG TTCAGGAGAT TTTAAATGAA GTTCTGGAGT ACATTTCAAA TGAAACGCCG
GAGGTTGAAC AGGTATTTAT TCTTCAAAAT CAACAGTTTA CCCTAAATGT CGGCGAAGAT
GATCTTGAAA AAGATGAGAT AGTATCAAGA GAAATGCAGT ATATACAGGA TAAGGACCAT
TTTGATAACC CCACAGGACA GGAACCCGGA ACTCAAACAG TCTTTAACTC TGGCAAAGGA
TGGACTTCTG ATATAAAAAA TTCATTTTCA AATGTAGGAA AGTATCGGAT ATATAGAAGG
GTAAAAGACA GGCCAACTGG TGCATATGGT GAAAATTATT CCTACTATAG TGGAACAACA
GAAGTTGACG TATATGTACA CAGAAAGCCT ATTGCCAAGG CGAAACTTGA TTGGGATTTT
AATGGGGCTA CGAATACATA TAAGACAACA TGGAAGGATT TTAGCTATGA TCTGGATCAT
AATATCACAA GAGCCAAGAC TGATAAAGGC ATATCAAATA GGAAAATTAT GTGGAAAAAG
GAAGGCGGGG AATGGAACTA TACAATACCC GACAATCTGA GCCCCGGCAC CTATAGAATC
AGGTATTATG TAAAAGACAT AGAAAACACT TGGTCAGATG TATTTACAAT GGATATAAAC
GGAACAACCT ATACAGATGT CCCAGAGGTT ATATTTACTT TATCAGATAC GCCTCCAATG
CAGTTTGAAG CACAGCTTCG TGCAATGAAA ACCACCTTCA GAGCTCCACC GTCTCCAGTC
ACCTTACCTG CCAGTGAAGA CCTGGAAGCC TTTGATTTAT GGACAAGATA TCCGTTAAAT
CCGTATTTGA CAATGGCTTT GTACAGTCAA AACGGGACTC AGGTGTCAGG TGCAAAAACC
GTAAGCTACA GTACGGCCAC AGGCAGTAAA AATGGAAATG ACATCAGCTG GAACAACGTA
CCTTATAACG TACCCCATAC CCTTAAAGAT GGTAATTATA TATTTAAGAT AACAGCAAAT
GCGGAACAGA GCAAGACCAT AACCTTCCCG GTTACAGTAA AAACCCCAAT TAACTTAAAA
GGATACATAA ACGGAAGGGA AACCGCAGCA CAGATTAATA CCGGGGATAC AAATCTGTTT
AAGTTTACAA CATCACAATA TGTATCAAAA ACCCAATTAA CCTTTGAAGG ACGTACATAC
ACTTCGAATT CAGGAAACAT AAAACTAATC TCCAATTCAG GGTCAGTAAA AACCTGGGAA
TTAAGACTTG ATATTTCAGA TGGGGCATAC CCGGACGGAA AGCTTGGGAG TGCTGAATTT
AAAGCATGGC TTCCTTCCGG AATGAGTGAA ACAGATAATG TAGACTATAA AATCGTAGGA
ATCAGGGCAT ACAGTTTTGC AGTTACAATG ATGCTGGATC CCGGCTGGAG ATCCTATTAT
TTTGATACAA GCAAGGGTGT GGATGACAAT CGGGATGGCA AAATTGACAG GTATCCGCGA
AAAAGCAACA CAGATATCCC TACGATAAAA ATGCCAATAA ATTATTACTC TCTTGTAGGA
CACAGCAGGA CGTATATAAA GGCGGGTTAC AAGGTAAAAG GAAGGATAGA CATACAGGGT
GAGCCGGATT ATGCGGCATT TAAGATACAT TATATTATCA AAGGGAAAAC ACACACTGAT
GCCGTTAAAT TGACAAGAAT CTCTGGGGAC ACCTATACAT TTGAATGGAT TATTCCGCTG
GAGACGGATG ATAAAACCTT TGTAAGCTTT GACCTGGTGA CGAAGAAAGG GGCTTCCACC
TATGGCAGCG AAAAATGGAT TGACACATGG GACAGCCGTA ATACATTAAG GCAGGTTTTC
TATATTCGAG GAAAAGCTAC AGATGATTTG ATTTATACGC AGAGCCAGTA A
|
|---|
| Protein sequence | MNIKYTKVIL LIFCFVLFII GFPNIIVHAN SNILLRYENG GMEFFNQSTY DNYKKNNLLP
TQFNGSVIPL TIKKGTNTYY LNYRLFTQKN LVVYGSYRSM AGNYFKCGYQ IHNDLDIKNP
EIKYDGGYFL KPEGIACKGK EQNPKTHGDK CKTTRGEWKY LGFDVNGEIF SNMWMINVAT
VTTFRERNWI KEPWSTTNEV KKVLSGKIST YNESAYNSLN RYKQQTVQKL KDWIYKTFNS
VDRFSGIPDG KGHYDPNVYE YLYIQSAPTI QKSGSGKMWH VRPDGSIWYQ TFSIPNLGQV
NKISDSGKRD LPLQCFVTSV SPMPDIPKGN ELDKQKVKLE FQVEGELQDY VILKEDEPAP
KDWIPYYKDS VSRTVYYTRQ DIESWDLNID KVSGIELTDT EKKSKNIVPK STADNMITAT
FSIETTIEEI KKLPKQGDNY IVRVEATAKV NYLDGHNNSK SGSNQFLTGT IPTPPKPKIE
TLVIDIPTLQ IHNRIGEIAF DGVPFRDAAD NTDMSLIKST ELYINGETVD YDEFFSGSYI
FPATSDKNGY FAEVICKYNL DKSKIVLDGL PKNKKQEIQD AAVVEYVSAD YVYVYPTKPI
AQFKLSSNSW KQNRIINVDN NSTDGNIQLV LDRYPIVEYK WSYGGDTSQL YKGTNTDLKK
QLQYKEPGSY SVTLECKNTL GKWSDPYVVE FRVLEDIAPN IELNLSDSVV TRNDQISAWH
YDVNSTDGDK VTAAKIELWY DSDNNGNVDS LIKSWNGLGD NGICELTDFP EYTPTQLGYY
KFFIYAQDEF VGVNGQDTLS QYVNDSDKKS AYLECDFWVD NYQPLSDIYI DAPIERPNID
LYIMRDKDLA QNKYEYIASY RVSMENALLG RNIIPNVNIW DMKTYEYSTP ASISSNTGTS
YPAEEIQYTS AGYSGKLRRT SITDNGGYYD FGQYEFRTET KTASAGGQST SGHGYSGSYP
PSSVSYSDGD GYSGTLSGYG YVYTSTARSD KAGDFDWTRS YAGYSGTVSK TITYWVPNMQ
WVANYTGYYS GTIYKYVRQP YTDTWRGNSS KYILYVSGGK ISELSEINLI VAKTDAKVIL
VGTPDIQKQY PDCVKFIDAT DKTVQEILNE VLEYISNETP EVEQVFILQN QQFTLNVGED
DLEKDEIVSR EMQYIQDKDH FDNPTGQEPG TQTVFNSGKG WTSDIKNSFS NVGKYRIYRR
VKDRPTGAYG ENYSYYSGTT EVDVYVHRKP IAKAKLDWDF NGATNTYKTT WKDFSYDLDH
NITRAKTDKG ISNRKIMWKK EGGEWNYTIP DNLSPGTYRI RYYVKDIENT WSDVFTMDIN
GTTYTDVPEV IFTLSDTPPM QFEAQLRAMK TTFRAPPSPV TLPASEDLEA FDLWTRYPLN
PYLTMALYSQ NGTQVSGAKT VSYSTATGSK NGNDISWNNV PYNVPHTLKD GNYIFKITAN
AEQSKTITFP VTVKTPINLK GYINGRETAA QINTGDTNLF KFTTSQYVSK TQLTFEGRTY
TSNSGNIKLI SNSGSVKTWE LRLDISDGAY PDGKLGSAEF KAWLPSGMSE TDNVDYKIVG
IRAYSFAVTM MLDPGWRSYY FDTSKGVDDN RDGKIDRYPR KSNTDIPTIK MPINYYSLVG
HSRTYIKAGY KVKGRIDIQG EPDYAAFKIH YIIKGKTHTD AVKLTRISGD TYTFEWIIPL
ETDDKTFVSF DLVTKKGAST YGSEKWIDTW DSRNTLRQVF YIRGKATDDL IYTQSQ
|
|---|
| |