| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_1873 |
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| Symbol | |
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| ID | 5743162 |
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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 phytofermentans ISDg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010001 |
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| Strand | + |
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| Start bp | 2302530 |
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| End bp | 2305805 |
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| Gene Length | 3276 bp |
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| Protein Length | 1091 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 641292970 |
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| Product | carbohydrate-binding family 6 protein |
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| Protein accession | YP_001558981 |
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| Protein GI | 160880013 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1572] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00027012 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGAATCGTA GAATAAAAAA AGTTATATCA TATGTGCTAT TTTTTGCTTT GTTGATTCAA
TTGTCATCAT TTAAGGTGGT TTATGCTTCC ACGAATCAAT ATGAAGCAGA AAATGCATTA
CTTTCAGGGG GCGCAGTTTA CGCAAATGAT CATTCAGGGT ATACAGGAAC TGGGTTTGTT
GGTGGGTTTA CAGATAGCAA TAAGGGAAAT GCTAAAGTAG AATTTCAAAT TCCTGCAAGT
AAATCTTCTC AGTTTAAGTT AAGTTTACGA TACGCCAATG GAACTGGTAG TGAAAAAACG
TTATCTTTAT GGGTAGATGG TAATTTTTAT AAACAGCTTT ATTTTCCAGC TACAGCAAAC
TGGGATTCTT GGAATTCCAT AATAGAGACA ATTTATTTAA GCCAAGGAAT GCATTCGATT
ACTTATTTTT TTGGGAATTC GGATAGTGGC AATGTCAATA TTGATAATCT TCATGTGGAG
TCACTGGAAC CAACAGTAAT CCCTGGTAAA GTGGAAGCTG AAAATTACAT AAGAATGAAT
GGTATTGCAA CAGAAGATTG TGCAGAAGGT ACTCAAAATG TTGGTTGGAT ACATAATGGA
GATTGGTTAG AATATTCGGT AAATGTTAGT GAATCCGCTA AATATCGCGT TGATTATCGA
ATTGCTGGGG TGAATAATTC AACTCAAATA TTAGTTCAGG TAGGTAATAA TACTCTAGCT
ACAACAAATA TTGTTAACAC TGGTGGTTGG CAAGTTTATC AAACAGTTTC TTCAAAAACT
TTTCAATTAA ATGCTGGAAT TCAAACAATA AGGATTTATT TCACTGGTGA AGGTGTTAAC
TTTAACTATT TCAATATAGT AAAAGATAAC CAAACACCTC CAGTAGAAGG TGGAAAACCT
GATCTTATTG TAACTGATAT TTCATGGATT CCAAATAATC CAGTGAATGG TGAAGAAGTA
ACATTTAAAG CGGTCATAAA AAATCAGGGT GATGGAGCAA GTCCACAAGG AGTTATACAC
GGAGTAGCAT TTTTAGTTAA TGGAACGACG GTAAGTTGGA GTGATAATGT TACTACTTCA
ATTCCAGCAG GTTCTTCTAT TACGGTAACT GCAAATGGTG GACCATATAA CAAGGGTTCA
TGGACGGCAG CGACGGGTAA TTATACAATA CGAGCAATAG TAGATGATAT TAATCGTATT
GATGAATCAA ATGAAAATAA TAATACTTAT GATAAAACGA TGGTAGTTGA TGTACCTAAA
AAACCGGATT TAACTGTTAC CGATATAACA TGGCAACCTA GTGCGCCTGT TGCAGGGAAT
TTAGTAACAT TTTCAGCTGT AGTTGAGAAT AAAGGTACAG TAGCAACCTT AAGTGGAATA
CCATGTAATC TCTCTTTTTA TGTTAATGGT ATAAAAGTGA GCTGGGTGTC GAATTATACT
TCATCGATTC CAGCAGGGGG GAAAGTAACA CTTACTCAGA CAGGAGGGAA CTTTATCGCA
ACCAATGGTA TTCATAATGT GAGAGCTGTT GTCGATGAGG AAAATCTAAT AGATGAAATC
GACGAAACCA ATAATTCTTT TGGGAAAAGT CTTTCTATAG GTGTTGTAGA AAACTATGGT
GCAACAGTTC CTTATGATAC TTATGAAGCA GAGGCACAGA ACTTAATGGG AGCTTCTCTT
ATAAGTTACG ATACGACTTG GTGTAGCGTA GCTTCCGAAG CCTCTGGAAG AAGAGCAGTT
AGATTAGAAA AGGGACAGTC TATTGAATTT ACAATAAAAA ATAAAGCACA AGGTATTGTT
GTTAGATATT CTATGCCAGA CAGTGCTACT GGGGCTGATA TATATCAAAA TCTTAGTGTT
TATGTTAATG GTGTTCACAC AACTGATATG ACGTTTACTA ATCGATACGC ACACCAATAT
GGGCAATATG GCTCAGATGG GGGTGAGATG CAATGGTCTA ATACCCCTGG AATAAACCAT
CATCGTTATT TTGACGAAAG CAGAATACTA CTTGAAAAAG AGTATGCTTC TAGGAGTTCA
TTTAAACTTC AATGGGATGC AAATGATTAT AATCCGAATG GTTCTTCCTA TATTATTATT
GATTTCATTG AGACGGAAGC AGTGCCGCAA GCATTAACAA AACCATCGAA TTATGTCTCC
ATAACAGATT TTGGAGCTAT TCCTAATGAT GGGTTAGATG ATACCGCTGC TATGAATGCT
GCAATCAAAG CAGTGAATGG AACAACCATA AAAGGTATTT GGATTCCAGA AGGTACCTTT
CATTTTAATA CAGGAACGAG GGGACAAACG AAGATAAAAT TACCGAAAGG TGTTTCAGTA
CAAGGAGCAG GCATGTGGCG TTCGACTCTC ACTGGAGCTT TTGCAGGATT CTATCTTCAA
GAAGGCAATG TAACATTAGC AGACTTCACG ATAAAAGCAG AAGAAACTTA TCGTTCTAAT
GCTTCTGGAA TTGCAGGTTT AGAGGGAAAT GCACAAAACT CTACCATAAT AAATCTATGG
ATTCAGCATA CGAAAGTCGG ATTATGGTTA AATGAAGGAA CTGTAAATGC TCTGGTTTCA
AAATGCCGAG TTAGAGATAC TTGGGCGGAT GGTATAAATC TAAATGGTGG AACAAAGGAT
ACGATAGTGG AGCATTGTAA TTTTCGAAAT ACAGGTGATG ACGGAATGGC TATGTGGTCA
AAATCCTTAA ATGGGGGGAG TGGTACTGTA GAAAACTGTA CCTTCCGAAA TAATACAGTC
CAAATACCTA ATCTAGCCAA TGGAATCGGT ATTTATGGTG GTAAAAACAA TACGGTTAGT
AATAATCTTA TCCTTGATGT GGTAGATAAT GGTTCGGGTA TCCAATTTGG AACCAATCAT
GGTCCATCTG CATTTACAGG AACTTTAACG ATAAGTAATA ATAAACTTGT ACGTGCTGGG
TCTTGGCATC ATGATTATGG ATATCAAATA GGAGCAATCT GGGGTTATTG GATTAATAAC
AATGGTTTAG CACAAAATTT AACCGTTTCA GTAAGTAATA ATCTCATCGA CAGTAGTATC
TATTCTGGAA TCTTCACAGA GGAATCGAAT GTAGGTACAA CTGTGAAATT TACAGATAAC
AGGATAAATA ATTCTGGGAC TTATGGTGTT CATATCAGAG ATTCAGCTAG AGGCTCAGCG
GTATTTCAAA ATAATACGGC AAATGGTAGT GGATTAGTAA ACTTTAAGAA TGATTCACCT
AACTTTACAG TAAGTGGAAC CGGAAACAGC TGGTAG
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| Protein sequence | MNRRIKKVIS YVLFFALLIQ LSSFKVVYAS TNQYEAENAL LSGGAVYAND HSGYTGTGFV
GGFTDSNKGN AKVEFQIPAS KSSQFKLSLR YANGTGSEKT LSLWVDGNFY KQLYFPATAN
WDSWNSIIET IYLSQGMHSI TYFFGNSDSG NVNIDNLHVE SLEPTVIPGK VEAENYIRMN
GIATEDCAEG TQNVGWIHNG DWLEYSVNVS ESAKYRVDYR IAGVNNSTQI LVQVGNNTLA
TTNIVNTGGW QVYQTVSSKT FQLNAGIQTI RIYFTGEGVN FNYFNIVKDN QTPPVEGGKP
DLIVTDISWI PNNPVNGEEV TFKAVIKNQG DGASPQGVIH GVAFLVNGTT VSWSDNVTTS
IPAGSSITVT ANGGPYNKGS WTAATGNYTI RAIVDDINRI DESNENNNTY DKTMVVDVPK
KPDLTVTDIT WQPSAPVAGN LVTFSAVVEN KGTVATLSGI PCNLSFYVNG IKVSWVSNYT
SSIPAGGKVT LTQTGGNFIA TNGIHNVRAV VDEENLIDEI DETNNSFGKS LSIGVVENYG
ATVPYDTYEA EAQNLMGASL ISYDTTWCSV ASEASGRRAV RLEKGQSIEF TIKNKAQGIV
VRYSMPDSAT GADIYQNLSV YVNGVHTTDM TFTNRYAHQY GQYGSDGGEM QWSNTPGINH
HRYFDESRIL LEKEYASRSS FKLQWDANDY NPNGSSYIII DFIETEAVPQ ALTKPSNYVS
ITDFGAIPND GLDDTAAMNA AIKAVNGTTI KGIWIPEGTF HFNTGTRGQT KIKLPKGVSV
QGAGMWRSTL TGAFAGFYLQ EGNVTLADFT IKAEETYRSN ASGIAGLEGN AQNSTIINLW
IQHTKVGLWL NEGTVNALVS KCRVRDTWAD GINLNGGTKD TIVEHCNFRN TGDDGMAMWS
KSLNGGSGTV ENCTFRNNTV QIPNLANGIG IYGGKNNTVS NNLILDVVDN GSGIQFGTNH
GPSAFTGTLT ISNNKLVRAG SWHHDYGYQI GAIWGYWINN NGLAQNLTVS VSNNLIDSSI
YSGIFTEESN VGTTVKFTDN RINNSGTYGV HIRDSARGSA VFQNNTANGS GLVNFKNDSP
NFTVSGTGNS W
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