| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPR_0841 |
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| Symbol | |
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| ID | 4206184 |
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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 | 970085 |
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| End bp | 973153 |
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| Gene Length | 3069 bp |
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| Protein Length | 1022 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 642565400 |
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| Product | alpha-mannosidase 2c1 |
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| Protein accession | YP_698166 |
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| Protein GI | 110803739 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0383] Alpha-mannosidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGTTATTTC AGATAAATGA ACGCAAGAAT ATTGTAAACG GTTTGTGTGA AAAGCTAGAA
AAGGCAATAT ACAATGTGGT TGCGCCTTTA GAAATAGATA TGTATATAAC TAAGGAGCCA
GTAAGTTATG AAAATAGACT AACTGGAGAG CATAAAAAAG GAGTTATAGG AGAGTCTTGG
GGAGAACTTT GGGACTGTGG TTGGTTTAAC TTTAAGGGAG AAGTACCTAA AAGTTATGAA
GGAGAAAATA TTGTCCTTTT AATAGATATA AGTGGAGAAG CCTTTGTGGT AGATAAGGAT
GGAAATCCTA TGAGAGGGCT TACAACTTTA AACTCAGAGT TTGATTTAAG CTTAGGAATG
CCAGGTAAGA GAGAGGTTCC TATGTTTGAG AGAGCCAAAG GTGGAGAAGT TATAGATATA
TGGGCAGATT GTGCATGTAA CGATTTGTTT GGTAAATATA GAGATAATGG AATTATAAAA
GATGCATATA TTGCAACTTG TAATGAAGAA GTAAAGGCTC TTTATTATGA TGTAGAGGTT
TTACATGAAC TTATGAATCA ATTACCAGAA GATAGTGCTA GATATAATAC TATATTAAAT
GCTCTTTATG AAGCATCAAA GGTATTAAGT ATTAAAACTG GAATGAGTGG ATGTGATTTC
TTAAAGGACG GAATTGTTAC TCAACAAGAA GTTACAATCT TAAATGAAGA AGAAGTTAAA
AAAGCCAGAG AAATCTTAAA GAAAGAATTG GATAAAAAAG GTGGAGATCC TTCACTTTCA
GTTTCAGCTA TTGGACATGC TCATATAGAT TTAGCTTGGT TATGGCCAAT AAGGGAAACT
ATAAGAAAGG GAGCTAGAAC ATATTCAACA GTTTTAGCTA ATATGGAAAA ATATCCTGAG
TATGTATTTG GAGCAAGCCA ACCTCAACTT TATCAGTGGA TGAAAGAATA CTATCCAGAT
TTATATGAAA GAATTAAAGA AAAAATAGAA GAAGGAAGAT GGGAAGCTCA AGGAGGTATG
TGGGTTGAAC CAGATACTAA TGTTCCATCA GGAGAATCTT TAGTAAGACA ATTATTATAT
GGAAAGAGAT ACTTTAGAGA AGAATTCAAA AAAGAGATGG ATACTTTATG GCTTCCAGAT
GTATTTGGAT ATTCAGCAGC GCTTCCACAA ATTCTTAAAA AGAGTGGTGT AGATTATTTC
ATGACAATTA AATTATCATG GAACAATCAT AACCAATTTC CACATCATAC CTTTGTTTGG
GAAGGATTAG ATGGAAGTAG AGTATTATCA CACATGCCAC CAGAGGGAAC TTATAATAGT
TCAGCTGCAC CAAGGGCTGT TGCTAAATCA GAGAAAGCTT TCTTAGATAA AGGCTTATCA
GATGAATGTT TAATGCTATT TGGAATTGGT GATGGAGGCG GTGGACCAGG AGAAGAGCAT
TTAGAGAGAT TAAGAAGAGA AAGAAATATA AATGGAATAG CTCCTGTTAA GCAAGAACCT
TCAAGTAATT TCTTTAAGAG AATAGAAAAG GATATAGATA AATACAGTGT GTGGAGTGGG
GAGTTATACT TAGAGAAACA CCAAGGAACG TACACTACAC ATGGTAAGAA TAAAAAATAT
AATAGAAAGA TGGAAATAGC TCTTAAGAAC TTAGAGTTAG CAGCAATGCA AGCTAAAGTT
TTAGGAAAAG GAGAATATCC TCAAGAGGAA ATAGAAAAAG TTTGGAAGGA AGTTCTTTTA
TATCAATTTC ATGATATTTT ACCAGGATCA TCCATAGGCA GAGTTTATGA CGAGTCAGTA
GAAGCTTATG AAAAGATGCT TGCTAAGGTA GAAGGAATGA CTGAAAAGTT ATATAGAGAT
ATTTTAGAAA GTGCATATAG TAAGGAAGAA GGAGCTATAT TAGTAAACTC TTTATCATGG
AGTAGAGAAA AGTGGATTAA GCTTTATGAT AGATGGACAA GAGTTAACTT AAACTCTTTA
AGTGGAGAAA TAATTAAAAA AGAAGAAATT GAGCCATATT GTGAAATTTC AACTTTAAAA
GTTTCGGAAA CTAACTTAGA AAATGGATTA GTTAAAGTTG AGTTTAATGA AAATGGAACA
ATTGCAAGAA TTTTTGATAA AGAATTAAAT AAAGAAGTCT TAAGAGATGA AAAAGGAAAT
GAACTTAGAG TTTATGAAGA TAATGGAGAT GCTTGGGATT TCTCAGGAGT TTATGAAGAT
AGACCATCTG AAATTTTTGA TTTAGTAAAA TCAGAAGTTA TTGTAGATGG ACCAAAGGCA
ACTATTAAGC AAAACTATAA ATATGGAGAT TCTACTTTAG TACAAGAAAT AAGCATTTTA
GAAGGTAGTA AGAGAATCGA CTTCAAAACA AAGGTTAATT GGAAAGAAAA TGGTAAGATG
CTTAGAACAT CTTTCAATAC TAATGTTTAT ACTAGAGAGG CAGATTGTGA AATACAATTT
GGTACAATAA AGAGACCTAC TCATGGAAAT ACTTCATGGG ATATGGCTAA GGGTGAAATA
TGTGCTCAAA GATGGATAGA TTTATCACAA AGGGATTATG GAGTTGCTTT AATAAATGAT
TCTAAGTATG GACACAATGT TTCAGAAACT AAGATAGACT TAAATCTATT AAGAAGTCCA
GGATATCCAG ATCCAAATGC TGATAGAGGA GAGCATGAAT TTACTTATTG TTTATTCCCA
CACAGAGGAG ACTATATTGA AGGAAATGTT GTTCATGAAG CTCATGAAGT TAATGCTCCA
ATACAAGTAA TTTATAGTGA AAAATTAGGT GAAAACCTAG TTAAAGAAGC AATGGTTTCA
ATAGATTGTG AAAATGTAAT AATTGATACA ATTAAAAAAG CTGAAGATGG TGACCAAATG
ATAATCAGAT TATATGAGTG TCATGGGGAA GATGCTAAGG CTAAAGTTAA TATAAATCCT
CCATATGAAA AGGTAGAAAT GGTTAACTTA ATAGAAGATA GCATAGATGA AAAAGAATTA
AACAAAGAAA CAATGCACCT TACATTTAAA CCATTTGAGG TTCATACTTT AAAAGTAACA
TTAAAGTAG
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| Protein sequence | MLFQINERKN IVNGLCEKLE KAIYNVVAPL EIDMYITKEP VSYENRLTGE HKKGVIGESW
GELWDCGWFN FKGEVPKSYE GENIVLLIDI SGEAFVVDKD GNPMRGLTTL NSEFDLSLGM
PGKREVPMFE RAKGGEVIDI WADCACNDLF GKYRDNGIIK DAYIATCNEE VKALYYDVEV
LHELMNQLPE DSARYNTILN ALYEASKVLS IKTGMSGCDF LKDGIVTQQE VTILNEEEVK
KAREILKKEL DKKGGDPSLS VSAIGHAHID LAWLWPIRET IRKGARTYST VLANMEKYPE
YVFGASQPQL YQWMKEYYPD LYERIKEKIE EGRWEAQGGM WVEPDTNVPS GESLVRQLLY
GKRYFREEFK KEMDTLWLPD VFGYSAALPQ ILKKSGVDYF MTIKLSWNNH NQFPHHTFVW
EGLDGSRVLS HMPPEGTYNS SAAPRAVAKS EKAFLDKGLS DECLMLFGIG DGGGGPGEEH
LERLRRERNI NGIAPVKQEP SSNFFKRIEK DIDKYSVWSG ELYLEKHQGT YTTHGKNKKY
NRKMEIALKN LELAAMQAKV LGKGEYPQEE IEKVWKEVLL YQFHDILPGS SIGRVYDESV
EAYEKMLAKV EGMTEKLYRD ILESAYSKEE GAILVNSLSW SREKWIKLYD RWTRVNLNSL
SGEIIKKEEI EPYCEISTLK VSETNLENGL VKVEFNENGT IARIFDKELN KEVLRDEKGN
ELRVYEDNGD AWDFSGVYED RPSEIFDLVK SEVIVDGPKA TIKQNYKYGD STLVQEISIL
EGSKRIDFKT KVNWKENGKM LRTSFNTNVY TREADCEIQF GTIKRPTHGN TSWDMAKGEI
CAQRWIDLSQ RDYGVALIND SKYGHNVSET KIDLNLLRSP GYPDPNADRG EHEFTYCLFP
HRGDYIEGNV VHEAHEVNAP IQVIYSEKLG ENLVKEAMVS IDCENVIIDT IKKAEDGDQM
IIRLYECHGE DAKAKVNINP PYEKVEMVNL IEDSIDEKEL NKETMHLTFK PFEVHTLKVT
LK
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