| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_3434 |
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| Symbol | |
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| ID | 5743546 |
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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 | 4222897 |
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| End bp | 4226880 |
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| Gene Length | 3984 bp |
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| Protein Length | 1327 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 641294547 |
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| Product | metallophosphoesterase |
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| Protein accession | YP_001560526 |
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| Protein GI | 160881558 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0737] 5'-nucleotidase/2',3'-cyclic phosphodiesterase and related esterases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | ATGGCATATA AAAAAATGAA GAAGTACTTA AAGAAAACAA TAACAGCATT GCTGGCTGTT
GCTATGACAG CAGGTTGTTT GGCTGCAGGG GTACCAGGCA AACAGGTTTT GGCTGCCACT
ACTTCAGGCA CGTCTGCTAC AAGCAAAGAT AATGCTGATA CAAAGACAAA TGAAAAAGAT
AAGTTAAATT TTAGATTTAT CTTAACAACA GATTTACACG GTACAGTTAG TAGTGTTGAT
TATATCGGTG GAACTAATTT TCCGAATACT GGGTTATCTC GTGCTTACCA GTTGATTGAA
AAAGCAAGGG AAGAGGTTGG AAAAGCTAAT GCGGTAACCT TAGATGCTGG AGATGTACTA
TTCGATGCTA GTATGGAATA TATTATGGAT CAGGATTCAG ACGTTGTTCA GCCAATCTAT
CAAGCTATGG CTCTAGTAGG ATACGATGCA ATAACATTAG GAAACCATGA TTTTGATTAT
GGAAAGGACT ATTTATTACA GCAGCTTGCA GGATCTGGTT TGATGGATAA GGTAGTTGTT
TCGAACTTAA AAAACTCAAA AGAGAATTCA TATCCATTTT TACAAAATAT GATAATAACC
CGAGATGCGG TAACGGCATC AGGAAAAAAG GTCACCATTA ATATTGGTAT CGTTGGAGAA
ACAATACCGA CATTATCAAC AAAGACAGAT GACTACACTG GTATTTGGAA AACAGAAGAC
ATTGTTGAGA ATGTTCGTAA GGAATCAAAG TTACTAAAAG AGCAGGGAGC CGATATTGTA
GTTGCTTTAG TTCACTCTGG ATTTGGTGAA GAAGAACCAG AATCTATGGC TACGAATGCA
GCTTATGCGT TGACTAAGAT TGATGAGGTT GATGTTATAC TTTGTGGTCA TGAGCACAAT
GCTTTTCCAA ACCCAAAATC AGATAACAGT TCCTATAATT CAATGCCTGG TGTTGACCCT
GTGAATGGTA TTGTAAATGG AAAAGTTATG GTTATGGCGA TGAATTTGGC ACGTTCTATC
GGTATCGCAG ATTTAACTCT TGAATATGAT CAGACTGCGG ATAAATTTGA AATTGTTTCA
CAAAAAGGAT CGAATCGACT AGTATCTGAT TATAAAACCA CAGAAAATAA AGCAATTGTA
GATACCCTCT CTGAATGGAA AGAGGAGATG GAAGGCTATC GTTCTCATGT TGTTGCAACC
TTAAAAGATG GGGTAACTAT TCATAACTTT TTTAGTTTGT TAGAGGATAG TAATGCCCTT
CAGTTACAAA ATGATGCCAG GATTGCATAT GCTAGAAGAT ATATCGAACG TTTTGATAAA
ACGTATGCGA ATTACCCAGT AATAGCTGCG GCATCCAATT ATAGCTTTGG TGCAAATTCT
TCAGATGATT ATGTTAATAT CAGTGGACAA GTAAAACAAT CAGATTTATT TACGCTTCAA
TCGTATCGTC AATATACTTG TATTTATAAG GTGACTGGTG CACAGTTACG TGAGTGGATG
GAATGGTGTG CGGGTATGTA TAACACAATG GATTCAAATG ACATGGTATA CTTAATATCA
GACGAATGGC AAGACAACTG GGCAAATTAT TTCGTGTTTG ATGGTATTCA GTATACTATC
GATCCTTATG TAAAACCAAG ATATAATATT GATGGCATTA AAATAAACAG TACTAGAAGA
ATAACGAATC TTACTTATAA TGGTCAGCTG GTTACAGATG ATATGGAATT TATCATTGCG
AGTAATTCAT TATCATCACT TGCTAAAACA AATCCAGTGT TTCAATGGGC GAATACACAA
ATGATAAGAA ATCTGTATCG TACCCAAGTA TTAATTACAG AGTTTTTACA AAATGAAATC
AAAACTGGAG GCTATGAGCC AGTTCCAGAT TATAATTGGA AACTTGCTTT GAATAAGAAC
CAGGAATTTA TTATCAAGGT TCCTAAGATG GCAAGTGATT TAGCAGTCAA AAGTGATTGG
TATAAGGAAA CCTTAATTGA AGGTGACGAA TATAATTATT ATTGTGGAAA ATTATCAAAT
GAACCAAAAG TTAAAGAACC CTATATCGTA GTGGCACCTG GTATTTTAGA TCCTGTTGCT
GAAGGATATG ATATCTACGT TGATGCCTTT TCGAGTTTTG GAATTAAAAG TATTAAATAT
ATGTATGGTA ATTTGAAAAT TGATGCCGGA GAATGGGTTA TTGCTAGAAA TGTTGAAAAA
CATAAATTCT CTGTTCCTGG GAACTCAAAT ATTTCTATTC TTGTTGAAGA TAATAATGGT
AATAAAAAAT TATATACTCT AGTAATAGAT AACATCGGAG TTAAGGAAAT GGCTCCACCA
AAGGTTTGGT CTTTTAGTAA TAAAAAGAGT AGTATAACTG GTAGAACGGA AGCAAATGTA
ACAGTTGTGA TTGAAACACA AGATGGGAAA ATATACGAAG GCCGTTCAAC TAGGGATGGC
TCGTACTCTG TAAGCATTCC TTCTCAAAAA GCTGGATCTT TATTATATGT TTATGCTAAG
GATGTACCAA ATGATCGCCA AAGTAATAAA GTTAAGGTTA AAGTAAAAAG AAGTGGTCCG
GACCAGCTAA GCGTGGTTAA GTATTTTAAT AATTCTGATG CATTAACTGG AAAGACTAAC
GAAGAGGATG CACTTGTTAT TGCAGTAGTA GACACCATTC GAAGAGTATA CATTCCAAAA
GATGGTGGTG AAAATCGATT AGCACAATGT ACTGAAATAG ACTTAGATAA TTTTAGTGTA
ATTGAAGTAG ATGAAACAGT AGATGAGAAA GGTAATTTTT CAATCCAATT ACCAAACATT
GATGTTGGTT ATACTATAAA GTTATATAAT ATAGACCATG TTGGTCGAGT TAGTAAAGTA
GCCACTACTT CAATACTGGA GGGGGGGCCA TATTCTCCAG AAGTTGAAGA AATAACTAAC
ATGGATAATG AAATATATGG TAATGTTAAA TCTGTTACTG GTGAAAAGCA AATAGAAGTT
ACTATTGTTG CTGGGGGATC AGTATATAAA ACTAAAACTG ATACTAGTGG CTATTTTAGT
ATGGTACTCA ATAATACATT AAATGTGGGT GATGAAGTAA CGGTATATGC AGAAGACTTT
ATAAATGGTA GCAAGCGTAT TAGTCGCCAA ACAAAATTAT TAGTTTCAGA TATGAAAGAG
CAACAAGAAA CTAAGAATGT ATCTATTGCA GATATTGAAT ACAATGTAAC TACTATTAAA
GTTACTTATC TACCATCACG AGATATTTCA CTAGCTATAC CAACGGCGGA AGGTATAAAA
GTTATTAATG GAACAACTAA TAGTACAGGT ATATTCAATT ATAAGGTTAC TGATAACTTA
GTTCAAGGTG GCTATGTTTA CGCATACCAT AGAAATAATT TAGGAAATCT TATTGCTTTA
ACTACAAAGA TTGTTAAGTA TGAGAAACCA AAGTCTCCAA TACTACTAAC TGAAATTACA
AATACTCATA AAAACCTTAA AATTGTAACG GAGCAGAATA ATTCAGTAAT AGCAACAATT
GGAAATAAAG TATATGAATC AAAATCAGGA GTATATAATA AAAAATACAA GGGTTATGTC
CATACAGTTG CTATTGAGAA GGTAAATTCA GGTACCAAAA TTATTATCCA TGCATTAAAT
GAAACTACTA TGAGCGATCC GCTTGAAATT AAAGTTGTTA AACTTGCACC TGATATGCCT
ATTGTAAAAC CTATTACAAC AGGGCAAATG ACAATTGAAG GTAGTGTTGA TGTATTCTTA
TCAGGTAATG AGGGTGAAGC GACTATTAAG AACTCAAAGA CTAAAGTATA TGCAAAGATT
GATAATATTA ACTATACGGG TGTGATTTCT GATGATGGTA CATTTACGAT AAAGGTACCT
AAATTGAAAT CAGGATCGTT AATTAAGATT TATGCTTCTA ATAAAAATGG ATATGGTCCA
ATTAAAACAA TTATATTACC ATAA
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| Protein sequence | MAYKKMKKYL KKTITALLAV AMTAGCLAAG VPGKQVLAAT TSGTSATSKD NADTKTNEKD
KLNFRFILTT DLHGTVSSVD YIGGTNFPNT GLSRAYQLIE KAREEVGKAN AVTLDAGDVL
FDASMEYIMD QDSDVVQPIY QAMALVGYDA ITLGNHDFDY GKDYLLQQLA GSGLMDKVVV
SNLKNSKENS YPFLQNMIIT RDAVTASGKK VTINIGIVGE TIPTLSTKTD DYTGIWKTED
IVENVRKESK LLKEQGADIV VALVHSGFGE EEPESMATNA AYALTKIDEV DVILCGHEHN
AFPNPKSDNS SYNSMPGVDP VNGIVNGKVM VMAMNLARSI GIADLTLEYD QTADKFEIVS
QKGSNRLVSD YKTTENKAIV DTLSEWKEEM EGYRSHVVAT LKDGVTIHNF FSLLEDSNAL
QLQNDARIAY ARRYIERFDK TYANYPVIAA ASNYSFGANS SDDYVNISGQ VKQSDLFTLQ
SYRQYTCIYK VTGAQLREWM EWCAGMYNTM DSNDMVYLIS DEWQDNWANY FVFDGIQYTI
DPYVKPRYNI DGIKINSTRR ITNLTYNGQL VTDDMEFIIA SNSLSSLAKT NPVFQWANTQ
MIRNLYRTQV LITEFLQNEI KTGGYEPVPD YNWKLALNKN QEFIIKVPKM ASDLAVKSDW
YKETLIEGDE YNYYCGKLSN EPKVKEPYIV VAPGILDPVA EGYDIYVDAF SSFGIKSIKY
MYGNLKIDAG EWVIARNVEK HKFSVPGNSN ISILVEDNNG NKKLYTLVID NIGVKEMAPP
KVWSFSNKKS SITGRTEANV TVVIETQDGK IYEGRSTRDG SYSVSIPSQK AGSLLYVYAK
DVPNDRQSNK VKVKVKRSGP DQLSVVKYFN NSDALTGKTN EEDALVIAVV DTIRRVYIPK
DGGENRLAQC TEIDLDNFSV IEVDETVDEK GNFSIQLPNI DVGYTIKLYN IDHVGRVSKV
ATTSILEGGP YSPEVEEITN MDNEIYGNVK SVTGEKQIEV TIVAGGSVYK TKTDTSGYFS
MVLNNTLNVG DEVTVYAEDF INGSKRISRQ TKLLVSDMKE QQETKNVSIA DIEYNVTTIK
VTYLPSRDIS LAIPTAEGIK VINGTTNSTG IFNYKVTDNL VQGGYVYAYH RNNLGNLIAL
TTKIVKYEKP KSPILLTEIT NTHKNLKIVT EQNNSVIATI GNKVYESKSG VYNKKYKGYV
HTVAIEKVNS GTKIIIHALN ETTMSDPLEI KVVKLAPDMP IVKPITTGQM TIEGSVDVFL
SGNEGEATIK NSKTKVYAKI DNINYTGVIS DDGTFTIKVP KLKSGSLIKI YASNKNGYGP
IKTIILP
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