| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcar_0294 |
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| Symbol | |
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| ID | 3723342 |
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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 | Pelobacter carbinolicus DSM 2380 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007498 |
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| Strand | + |
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| Start bp | 369583 |
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| End bp | 372645 |
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| Gene Length | 3063 bp |
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| Protein Length | 1020 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 637749874 |
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| Product | hypothetical protein |
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| Protein accession | YP_355724 |
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| Protein GI | 77917909 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1409] Predicted phosphohydrolases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.000000662732 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAAAATAG CCATTCTACA CCTAAGTGAT ATTCACCTCA GAGATAAAAA GGAAGATATT
TTAAATAAAG CGGAACTTAT TGCATCATCC TTTTTTGTTC AAATAAGAGA TAGTAGTCTC
GTTCTAATTT TAATAACAGG TGATATAGCC TATAGTGGAG AAGGAGATCA ATATAATTTA
GCATTAAACT TTTTTGAAAA GATTAAATCT ATTGTAAAAA GTGAAAAAAA TATTAATGTT
GATATAATAG TTTCGCCAGG AAACCATGAC TGCAAACTAG ATAAGGATGA CATAGTAAGA
GAATCAGTTA TAGAAAAAAT CAACAAAGAC GAGAGCCATG CTGAAAATAT CGCAGTTATA
CAAGAATGTA CAAAAGTTCA AAGTAATTTT TTTGAATTTC AAGAAATAAT AACAGAATCC
ACTCCCTTGG AAAAACATAA TCTTTTTTGT GAATATAAAT ACACCATAGG AGATAGAGAA
GTAAGAGTGA CATCCGTTAA TGCTTCCTGG ATGTCAAGCA TAGCGGAAAA GCAGGGCTCT
CTAATCTATC CACAGAAATT TGTTAGTAAG CACCTTGAAG AGGAGTCAAG TCTTAGGATT
CTATTGTTGC ATCATCCTTT AAATTGGTAC TCACAATCTA CATATCATCC ACTGAAAAAT
CTATTGAGAG CAAAATCAGA TATTATATTA TCTGGCCATG AACATTGTGT AAGTTCTGGT
TTGATTGATG AGAAATTTGT AGGTAAAAGT TTGTTTTTTG AAGCAGGTGC GTTAAATCCA
CATGAAAAAG ATAAAAATCG TTGGTCTGTA ATAAGTATAG ATCTTGGTAA GCAAGAAGTT
GTAGAAGAAA GATATGCAAT TGATGGGTTC ACCAAGTTGG AGCTAGAGAA TAAATCTGAG
ATGAAGTTAG ATTTAAGTGG AAAAGAATTT CAACATTTAG ATTTGACAGA GGAGTTTAAA
ACAACGTTAA AAGATCCTGG AGCACTCTTT TCAAGGCCAG ATAAGGAGAA AGTTAATTTA
GAGAGTATTT TTGTGTTCCC TGAACTGGAA GAACGAATAA GGGCTTCTAG GAAAGCAAGG
ATATTTAATG CAGAAACTGT ATTTGGAGAT CTAGATAATT ATAAGAGAGT GTTGTTTCTA
GGAGAAGAGA AGGCCGGAAA GACGGTGTTG ATTTTAAGAG GATTCAGTTA CCTGCATTCC
CAAGGTTATG CCCCCTTATA TCTAAGAGCT AAAGATTTAT CTAGCGTATC TGAGAAATCA
CTTCGTAAGG ATATTCTGCT AGCTGCAAAA AGTCAATATT GCAACCCAGA AGAATATGAA
AGGATTTCAA AAAGGAAAAA GGTTGCAATG CTGGACGATT TGGACTTTCT CAAGGGAGGT
GGGAAGGCTC AATATAGTTT GATCTCTTAT TTAGAAAATA ATTTTGACTC AGTAATACTT
ACTGCCGAGA AAGATTTTGA AATAAATGAG TTGATCGATT CAAATATAAA ATCCATTTTG
GAGAAATACA GTATTTTTGA GATTAGACCT TTCGGTCATA AGTTAAGATA TGAGTTGATT
AGGAAGTGGT GCATTTCATC TGGAGTTAAT ACCAAAAAAG ACCTAGATCA AAAGCTACAC
GATATTGAGC GTGTATTAAA TTCAGTAATT GGTAAAAATC TGGTTCCTCG TAAACCAATA
TACTTATTGA TATTACTTCA AAGTTGTAAC GGGTCACCTG ATGCAGAGCT TAAAAATAGT
AGCTTTGCAT ACTATTATCA ATATTTATTT ACGAAAAATT TAAGTGAAAC AGGTGTTAAG
CCAGAGCAAT TACATGAGTT GTTCTTTTAC TTAACAAATT TGTCTTGGTT TTTTCATTGT
GAGAAATCCT CTTATTTGAC AGAAGAAAAA CTAATCGAAT TTAATAGGCA GTTTTCTGAT
GAATTCACTA CCGTTGATTT CAAGTATAGA ATTGAATTGC TATGTGATGC ATTTATTCTA
AAAAAACACG GAAATTTGTA CAAGTTTTCA TATCCATATG TCTATTATTA CTTTGTAGGT
AAGTATCTAT CTGAAAATAT TGATCAATTA AAAGTACGAG AATTTGTTGA AGAATGTATT
GCAAATCTCC ATATAAGAAA AAATGCCAAT TTTGTTTTAT TTTTAACACA CCATCAAAAT
AGTCCATTGG TCATTGATCT TGTAGAAAAG TCTCTTGTCG AAAACCTTAA AGATGCTATT
CCAATTGAAT ATGGTAAAGA TATTGATTCA ATAAATAATC TGGTTGATTC AGTATCTGAA
TTAATAATGG AAGACACCGA TGTTGATCAG AACCAAAAGA AATCAAGAGG GTTGGTTGAT
GAAATTGAAT TACATGATGA AGAAAATGAT GAGGAAGATA TAGATGGTGG GAAAGAAAGT
GAGGCGGATG ACGTCGATGA TGTTGTTGAA ATTGTTAATA GATATAAAAG ACTTACAAAA
ACTGCAGAAA TTCTAGGTCA GATTCTTAAG AATTACTATG GGTCAATTAA GCGTGATAGG
AAAATAGAGT TAATAAAGGA AGTTTTTGAT GGGCCTTTGA GGATGCAGGG ATCTTTGTAT
AAAGATATGC TTAATGATCC CGGTCCTCTA GTTAAAGAGA TAGAGTCTTT TATTGATTTT
AAGGGGAAGA ATCTTGATAA AGATAAAAAG AGAATTATCG CAAAAAAAAT ATGTTTTCGT
ATTCTTGGGC TAGTTAGTAC AAGCCTAATA CATCAAACAG CCATATATGT TTGCTCAGAT
GATTTGAAAG AAGAGATAGG GCAAGCTGTA AAGAGCAGTA AAACAATTGC ATATAGATTG
TTAGAGGCGG CTGTTGATCT TTCAACTCCT GGATTTGTCA ATGCGGAAAA ATTATCAAAC
TTGTCCAAAA CATTGTCTAA TAATCCATTC GCTTTTACAA TGTTGCAGAC GCTTGTGCTA
TATCATTTAC ATATGTTTCA TACAGACTTT CGAGTGAGAC AAAAACTCTG TCAATCATTA
AAAATAGAGA TGTCAACATC TCGTCATATC GATGTAAATA GCAAAGATAG AAAAATTTTG
TAA
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| Protein sequence | MKIAILHLSD IHLRDKKEDI LNKAELIASS FFVQIRDSSL VLILITGDIA YSGEGDQYNL
ALNFFEKIKS IVKSEKNINV DIIVSPGNHD CKLDKDDIVR ESVIEKINKD ESHAENIAVI
QECTKVQSNF FEFQEIITES TPLEKHNLFC EYKYTIGDRE VRVTSVNASW MSSIAEKQGS
LIYPQKFVSK HLEEESSLRI LLLHHPLNWY SQSTYHPLKN LLRAKSDIIL SGHEHCVSSG
LIDEKFVGKS LFFEAGALNP HEKDKNRWSV ISIDLGKQEV VEERYAIDGF TKLELENKSE
MKLDLSGKEF QHLDLTEEFK TTLKDPGALF SRPDKEKVNL ESIFVFPELE ERIRASRKAR
IFNAETVFGD LDNYKRVLFL GEEKAGKTVL ILRGFSYLHS QGYAPLYLRA KDLSSVSEKS
LRKDILLAAK SQYCNPEEYE RISKRKKVAM LDDLDFLKGG GKAQYSLISY LENNFDSVIL
TAEKDFEINE LIDSNIKSIL EKYSIFEIRP FGHKLRYELI RKWCISSGVN TKKDLDQKLH
DIERVLNSVI GKNLVPRKPI YLLILLQSCN GSPDAELKNS SFAYYYQYLF TKNLSETGVK
PEQLHELFFY LTNLSWFFHC EKSSYLTEEK LIEFNRQFSD EFTTVDFKYR IELLCDAFIL
KKHGNLYKFS YPYVYYYFVG KYLSENIDQL KVREFVEECI ANLHIRKNAN FVLFLTHHQN
SPLVIDLVEK SLVENLKDAI PIEYGKDIDS INNLVDSVSE LIMEDTDVDQ NQKKSRGLVD
EIELHDEEND EEDIDGGKES EADDVDDVVE IVNRYKRLTK TAEILGQILK NYYGSIKRDR
KIELIKEVFD GPLRMQGSLY KDMLNDPGPL VKEIESFIDF KGKNLDKDKK RIIAKKICFR
ILGLVSTSLI HQTAIYVCSD DLKEEIGQAV KSSKTIAYRL LEAAVDLSTP GFVNAEKLSN
LSKTLSNNPF AFTMLQTLVL YHLHMFHTDF RVRQKLCQSL KIEMSTSRHI DVNSKDRKIL
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