| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPR_0750 |
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| Symbol | |
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| ID | 4205160 |
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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 perfringens SM101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008262 |
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| Strand | + |
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| Start bp | 878279 |
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| End bp | 881308 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 642565310 |
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| Product | beta-galactosidase |
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| Protein accession | YP_698076 |
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| Protein GI | 110802032 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0186034 |
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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 | ATGATATTAA AAAATGAATA CCATGAAGAT ATTTCTAAAC TGCATGTAAA TATGATGCCA
AGAAGAAGTT ATTATGTTCC CTTTGTGGAT ACTGATGAAG CTTTAAATAT TAAAGATAGA
AGTAAGCAAG TTAACTTCTT TTCACTTAAT GGTAAATGGG AATTTAATTA CTTTGATAGC
TTACAAAAAG TTAAAGAGTT TGATAATATA AATCAAATTA ATTTTTCAGA TAATATTGAT
GTACCATCTC TTTGGCAATT AAAGGGATAT GATTATAATC AATACACTAA TGTAAAATAT
CCAATTCCTT TTGATCCACC TTTTGTTCCT ATAAACAATC CATGTGGAAT TTATAAGAGA
GATTTTGAAA TTGAAATACT TCCTGAAAAT TATGATTATA ATATAAACTT TGAAGGCGTT
GATTCCTGCT TTTATTTTTG GATAAATGAT AACTTTGTTG GGTATAGCCA AATATCTCAT
AGCATATCTG AGTTTGATAT TACAGAATTT TTAGTAAAGG GTAAAAATAC AATTACAGTC
TTAGTTTTAA AATGGTGTGA TGGAACTTAC TTTGAAGATC AAGACAAGTT TAGAATGTCT
GGAATTTTTA GAGATGTATA TATACTAAGA AGAGCAAAGG AAAGAATAGT TGACTATAAA
ATAACTCAAA GTATAGATTT TTCAGCTAAA GAAGGAAAGT TAGACCTTGA AATTTTATCT
AATATAGGAA ATCCAAAAGG GAAATATTAT TTATTAAATC CTAATAATCA CATGATAGCA
TCTGGAAATA TAGATAATAA TAAAGTCCAA ATCAATATTA AAAATGTAGA ACTTTGGAGT
GCTGAAATAC CTAATTTATA TACCTTATTA ATTGAAACAG AGCATGAAGT TATAAAAGAA
AGAATAGGTA TGAGAGAAAT TAAAATAGAG AATTCTATTT TAAAAATTAA TAATAAAAAA
GTAAAGTTAA GAGGAGTTAA TCATCATGAT AGTAATCCAA CTAAGGGATA TGTTATGACA
TATGATGATA TGATTCTAGA TTTAAAAATA ATGAAAGAGT GTAATTTTAA CTCTATAAGA
ACAGCTCATT ATCCTAAATC TCCGATTTTT TATGAGTTAT GTGATGAATA TGGTTTTTAT
GTTATGAGTG AGGCTGATAT TGAAATTCAT GGGGTTGTTG AACTATATGG ACTAGGATAT
TTAGATAATT ATAATATGAT AGCTGATGAT AAAGTTTATG AAAAGGTTAT TATTGATAGA
GTTGATTCAT CTATAGTTCC TTTTAAGAAT AAATCTTGTA TTTTCATGTG GTCTCTTGGA
AATGAGTCAG GATTTGGATG TAACTTTGAA AGAGGATTAG AATATGCTAG GGCATTAGAT
CCTACACGTC CACTTCATTA TGAAGGTGCT TATTATGCTA GCAAAGAAAG AGAAAATGAC
TTTACAAATA TTGATGTTAT TAGTCGTATG TATATAAGTA TAGAGGAAAT CAAGGATTAT
TTTGAAAAAG GAATAAACAA GCCATTAATA TTATGTGAGT ATGCACATGC TATGGGAAAT
GGACCAGGTG GATTACAAGA CTATGATGAA ATGATACAAA AGTATGACCA GTTTGCAGGG
GCATATGTTT GGGAGTGGTG TGACCATGCA ATACTTATTA ATGAAGATGT TAATGGTAAA
AAAGCATATG GATATGGTGG CGATTTTGAA GAGGAAAATC ATGATGGAAA CTTCTGTGTT
GATGGTTTAG TTTACCCAGA TAGAACTCCT CACACTGGAT TATTAGAATA TAAAAATATC
AATAGACCTA TAAGAGCAAT AGAATTTGAT GAAGTTAAGA AAAGAGTTAA GTTTAAAAAT
ATGCTTGATT TTAGGGATGT TTCTGAGTTC TTAGATGTTA CCTATAAAGT ATTTTTAGAT
GGAGAAACAA TTTTCGGAGG TAATATAGAT TTAGAAAGCT TAAAAGCAAA AGAAGAAAAA
TGGTATGATT TAAGCATATC AGAATTACCA AAGGGAATTA TAACTATATT ATTCCAGTAT
AGAGTGAAAA ATAATAATCA CCTTTATGAA AAAGGTGAAG TTCTAGGCTT TGACAATTTT
ATCATAAAAA ATGGAGTAGA TAATATCTCA TCTGTTGATA AAATCTTAAA AAGTACTATT
AATGAACAAA AATTTTATGT AGAAGAAACA GTTAATAAGA TTAAAGTTAA AAATAATGAG
TTTATTTATA ATTATAATAA AAATACAGGT TCCTTTGATT TTATTCAGGC ATTAGGAGAA
ACATTTATAG ATGATCCAAT GAAATTTATT ATTTGGAGAG CACCTACAGA TAATGATAGA
AAGATTAAAA ATCTGTGGAT TGAAGCTGGC TTTAATCAAA TTACTACAAG AGTGTATAAT
AGTAAAATTA AGGAGTTTTC CAATAGGGTG GAGATAACTA GCGATTTAAG CTTGATACCA
CCATATAGAG AAAGAGTCCT TGATCTTAAG TTAACATGGA GTATATACTC AGAGGGATTA
ATTAAATGCC ATGTTAAAGG GAATAAAAAT ATGAAAACAC CTTATTTACC AAGGTTTGGT
GTAGAGCTTA AGCTTAATAA ATCCTATGAA GAGGTAAGTT ACTTTGGATT TGGACCATAT
GAAAATTACG TGGACAAAAA TTCATCTTGT TATTTAGGAA GATTTAATTC TAAGGTTTCT
GAAATGCATG AAGATTATAT AAGACCTCAA GAAAATGGAA GTCATCATTA TTGTAGAGAA
GTAGCTATTA ATAATGAAAA AGGAAAGGTT TGTGTTTTAT CAGAAAATGA CTTTGCATTC
AATGTTTCAC ACTTTTCTTT AAATCAATTA ACTAATGCAA ATCATAATTT TGATTTGAAT
GAAGAAGAGG CAACTTATTT AATTGTAGAT TATAAACAAA GTGGTATAGG ATCAAATAGT
TGTGGCCCCG ATTTAGATGA AGAATATAGA CTAAATGAAA AAGAATTTTC TTATGATTTT
TACTTAAAAT TTGTGAAAGA AAATATATAG
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| Protein sequence | MILKNEYHED ISKLHVNMMP RRSYYVPFVD TDEALNIKDR SKQVNFFSLN GKWEFNYFDS
LQKVKEFDNI NQINFSDNID VPSLWQLKGY DYNQYTNVKY PIPFDPPFVP INNPCGIYKR
DFEIEILPEN YDYNINFEGV DSCFYFWIND NFVGYSQISH SISEFDITEF LVKGKNTITV
LVLKWCDGTY FEDQDKFRMS GIFRDVYILR RAKERIVDYK ITQSIDFSAK EGKLDLEILS
NIGNPKGKYY LLNPNNHMIA SGNIDNNKVQ INIKNVELWS AEIPNLYTLL IETEHEVIKE
RIGMREIKIE NSILKINNKK VKLRGVNHHD SNPTKGYVMT YDDMILDLKI MKECNFNSIR
TAHYPKSPIF YELCDEYGFY VMSEADIEIH GVVELYGLGY LDNYNMIADD KVYEKVIIDR
VDSSIVPFKN KSCIFMWSLG NESGFGCNFE RGLEYARALD PTRPLHYEGA YYASKEREND
FTNIDVISRM YISIEEIKDY FEKGINKPLI LCEYAHAMGN GPGGLQDYDE MIQKYDQFAG
AYVWEWCDHA ILINEDVNGK KAYGYGGDFE EENHDGNFCV DGLVYPDRTP HTGLLEYKNI
NRPIRAIEFD EVKKRVKFKN MLDFRDVSEF LDVTYKVFLD GETIFGGNID LESLKAKEEK
WYDLSISELP KGIITILFQY RVKNNNHLYE KGEVLGFDNF IIKNGVDNIS SVDKILKSTI
NEQKFYVEET VNKIKVKNNE FIYNYNKNTG SFDFIQALGE TFIDDPMKFI IWRAPTDNDR
KIKNLWIEAG FNQITTRVYN SKIKEFSNRV EITSDLSLIP PYRERVLDLK LTWSIYSEGL
IKCHVKGNKN MKTPYLPRFG VELKLNKSYE EVSYFGFGPY ENYVDKNSSC YLGRFNSKVS
EMHEDYIRPQ ENGSHHYCRE VAINNEKGKV CVLSENDFAF NVSHFSLNQL TNANHNFDLN
EEEATYLIVD YKQSGIGSNS CGPDLDEEYR LNEKEFSYDF YLKFVKENI
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