| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Noc_1775 |
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| Symbol | |
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| ID | 3704890 |
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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 | Nitrosococcus oceani ATCC 19707 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007484 |
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| Strand | + |
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| Start bp | 1999648 |
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| End bp | 2003592 |
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| Gene Length | 3945 bp |
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| Protein Length | 1314 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 637738260 |
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| Product | Beta-phosphoglucomutase hydrolase |
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| Protein accession | YP_343777 |
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| Protein GI | 77165252 |
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| COG category | [G] Carbohydrate transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0637] Predicted phosphatase/phosphohexomutase
[COG1554] Trehalose and maltose hydrolases (possible phosphorylases) |
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| TIGRFAM ID | [TIGR00685] trehalose-phosphatase
[TIGR01484] HAD-superfamily hydrolase, subfamily IIB
[TIGR01509] haloacid dehalogenase superfamily, subfamily IA, variant 3 with third motif having DD or ED
[TIGR02009] beta-phosphoglucomutase family hydrolase |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.563736 |
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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 | ATGAATAGCC ATAAAACGAT TTCCCGTAGT CACTTCGATG CCGTTATCTT CGATCTGGAT
GGGGTGGTGA CTCAAACCGC CCGTGTGCAT GCCACCGCCT GGAAGACTAT GTTTGATGAC
TTTCTCCAAA AACGGGCTCA AGGAAGCGAA TTCCGGCCTT TCAGCGACCA TGACTACCGT
GATTATGTGG ACGGCAAACC CCGCTACGAA GGAGTAAAAA GTTTTCTCCG TTCCCGCCAT
ATCAAATTGC CTTACGGCAA TCCTAACGAT TCCCTGGAGA AAGAAACGGT ATGCGGACTC
GGCAACCGCA AAAATGAGAT CTTTCAAATT AAGTTAAAAA AAGAAGGCGC TGAAGCCTAC
CAGAGTTCTG TCCAATTGAT TCGGCGCCTA CGCAGCAAAG GATTTCGAAC CGCCGTGGTC
TCCGCTAGCA AAAATTGTGG CCCAATCCTG GAATCGGTGG AACTCACTCA CCTATTTGAG
GTAAAAGTGG ATGGTAATGA TGCCGAAGCT TTAGATCTCC AGGGTAAACC CCACCCAGCC
ACTTTCCTGG AGGCGGCTCG CCGTTTAGGG GTGGAACCTA AACGCTGCAT GGTGTTTGAA
GACGCAATTG CCGGCGTTAA AGCTGGCCGC CAAGGAAAAT TTGGCCGGGT TATTGGCGTT
AATCGAAAAA ATCAAGTGGA AGCTTTGCAA GAGGCGGGCG CGGATACTGT CATTGAGGAT
CTAGCGGAAA TGACGCTGGT GGCCCGCTTG TGTGATCTTT CTCCAGCTCT AGAAGCCCTG
GAATCAATCC AAAATAGGAT TGCACAACGG GAGATCGTTG TTTTTCTTGA CTATGACGGT
ACCCTCAGCC CCATTGTCTC CCGTCCTGAA GAAGCACACC TCTCAGCGGA AATGAACCGA
ACATTAAGAA AGCTAGCCGA TCAATGTCCA GTCGCCATTA TTAGTGGTCG AGGCTTGGCG
GATGTGCGCC AACGGGTCGC CATCGAGAGT CTGTATTATG CAGGCAGCCA CGGTTTTGAA
ATCGCTGGCC CCGAGGGCTT AGCAATGGAA CAGGAGCAGG CCAAAGCCTA CCTGCCCCTC
CTCGATGAAA CAGAACAAGC GCTCGCTCAA CAGCTTGAGA ATATCGTGGG GGCGCAGATA
GAACGCAAAC GATTTTCCAT CGCCATACAC TACCGGAATG TGGCGGAAGA TCAGATCGAG
GCGGTGGAAA AAGCGGTGGA TAGGGTGCTG GGGAGCCATG ACCGGCTACA TAAAAAATAC
GGCAAGAAAG TTTATGAACT CCAACCCGCT GTGGCCTGGG ATAAAGGCCA GGCGCTATTA
TGGCTATTGG GTAAACTCAA GCTCAATTAT CCAGATGTCC TACCCCTTTA TATAGGTGAT
GACCTTACCG ACGAAGATGC TTTTCAGACT CTGGAAGAAT GGGGTTTAGG ACTAGTGGTA
GGCACGGAGA CCCGGCACAC TTACGCCGAA TACCGTCTAA AAGATCCCGC CCAAGTGAGG
GAATTTCTCA CCGCCCTAAC CCGGATACTC CAGGAACGCA GCGCCTGGAC ACTGGCTTAT
CATCGCTTTG AGCCAAAGGA AGAAGGCTTG CGGGAAGCCT TATGCACCTT AGGCAACGGT
TACTTCGCCA CCCGTGGGGC AGCGCCGGAA TCCCGCGCGG ATGCAACCCA TTACCCGGGT
ACCTATATGG CCGGCGGTTA TAATCGCTTG AAAACAGCGA TTGCCGGGCG CACGGTGGAA
AACGAAGACC TGGTTAATTG GCCTAACTGG CTCTGTGTAA ATTTCCGCCC CCTTGGCGGA
AAGTGGCTTA ATTTAGCCAC GATGGAAATT CTCTTTTACC ACCAAAAACT TGATATTAAA
CAAGGTCTGT TGCGCCGGGT CGTTCATTTC CGTGACCCAG AAGGCAGGGA AACCCGGGTC
GTTCAGCGCC GCCTGGTCAG TATGGCTCAC ATGCACCAAG CTGCCTTGGA AACCGTCATT
ACCCCCCTTA ACTGGTCTGG CACTTTAGAG GTACATTCCG CCCTAGATGG GCAAATCAGG
AATTCGGGGG TAGCCCGCTA TCAGGCTCTT AATAGCAAGC ATTTGGAACC CGTGGAAACA
CGGCCTGTCG ATGAACGTAG CTTTCTGCTC AAAGTACGGA CCAATCAGTC CCATCTGATA
TTCGCCCAAG CGGCTAGGTT AGAGGTTTTC CAAAAAAACA AACGGGCGCT GGTAGAACGC
CAAACGGAGG AGGAAACTGC TTATATTGCC CAAGCGTTTA TCACAGAAAT AACGAAGGAA
ACCCCTCTTA CCGTGGAAAA GACGGTCGCT CTTTATACAG CCAGGGACTC TGCTATTTCC
GAATGCGGCC TAGAAGCCAT CAAAGCCATC CAAGAATCTC CCCGTTTTGA GAGCCTGCTT
GAGGCACATC GTTTAGCATG GGAGCATCTG TGGCGGCAAT TCGATATGCG GCTGGAAATT
ATCGACGACA GCGGCGATCA TCCTATCCAA CGAGTTCTCC GACTCTACAG TTTTCATCTC
CTGCAAAGCG CCTCCATGCA CTCCCTGGAT ATCGATGTGG GCATGCCTTC CCGCGGTTGG
CATGGGGAAG CCTATCGAGG CCATATTTTT TGGGACGAGC TGATTATTTT TCCTTTTCTC
AATTATCGTG TTCCCCAAAT TACCCAAGCT CTGCTCATGT ACCGCTACCG CCGCTTGCAT
GAAGCCCGCC GGGCCGCCCA GGCGCTGGGC TATAAAGGGG CCCTGTATCC CTGGCAAAGC
GGCAGCAATG GCCGGGAAGA GTCCCAGCAG CTTCATCTCA ATCCCCGCTC GGGGCGCTGG
CTCCCCGATC ATTCTTATTT GCAGCGGCAT ATCAATGCCG CCATTGTTTA CAATATCTGG
CAGTATTTTC AGGTGACGGG CGACCTGGAT TTTCTCGCCT GCTATGGGGC GGAAATGATT
TTGGAAATCG CCCGTTTCTG GGCCAGCATC GCAACCTATA ATGAAACCTT AGATCGGTAT
GAAATTCTGG GAGTCATGGG TCCCGACGAA TTTCACGATG CTTACCCAGA AATGGGGAGC
CCTGGCCTCA ATAACAATGC CTACACCAAC CTCATGGCGG TATTCGTATT TAATAAAGCG
CTGGAACTCT TTCAACTGCT CCCTGCGCAA GCGTGCCAGC AACTCTGTGA AAAACTGACT
ATCGAAGAAT CGGAGAAAGC CCGTTGGAGA GACCTTAGCG GTAAAATGCG AATAGTATTT
CATGACGATG GAATCATTAG TCAGTTCGAA GGCTACGGGG AGTTAGCGGA ATTCGATTGG
GAAAGCTACC GCGAGAAATA CGGTAATATT CAGCGCCTGG ATCGCCTGTT GGAGGCAGAA
GGCGATACCG TCAACCGCTA TAAAGCCTCC AAGCAAGCGG ATGTGCTCAT GCTATTTTAC
CTTTTTTCCG CGCCGGAGTT AGGCGAGTTA TTCGAGCAAC TCGGCTATAT TTTTAAGCCA
GAAGATATCC CCAAAAACAT TGATTATTAT CTCCAGCGGA CCTCCAATGG TTCCTCCTTA
AGCTGGATCA TCCACGCCTG GGCCGCTACC CGCCGAGACC GAAAACACTC CTGGCAACTC
TTCCAGGAAG CACTGAAGAC GGATGTGGCG GACATTCAGG GAGGGACCAC ACCTGAAGGC
ATCCACCTTG GCGCCATGGC AGGCTGCATC GATCTGGTGC AGCGATGTTA CACGGGACTA
GAGGCGAGAG GCCAAGTGCT GCGCTTCAAC CCTTGCTTCC CAGAGGAGCT AAGGCAACTT
CACATGCATC TACACTACCG GGGACACTGG CTAGAGCTAG ACATTTCACG GGAGAAATTA
AAGATAGAAT CCCTGACCTG TGGAGCAGCG CCCGTGGAAA TAGAGGTCAA GGGGGATCGC
TTCTCGTTTA AAGAGGGTAA GGTTAAAGAG ATCGAGCTAA ATTAA
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| Protein sequence | MNSHKTISRS HFDAVIFDLD GVVTQTARVH ATAWKTMFDD FLQKRAQGSE FRPFSDHDYR
DYVDGKPRYE GVKSFLRSRH IKLPYGNPND SLEKETVCGL GNRKNEIFQI KLKKEGAEAY
QSSVQLIRRL RSKGFRTAVV SASKNCGPIL ESVELTHLFE VKVDGNDAEA LDLQGKPHPA
TFLEAARRLG VEPKRCMVFE DAIAGVKAGR QGKFGRVIGV NRKNQVEALQ EAGADTVIED
LAEMTLVARL CDLSPALEAL ESIQNRIAQR EIVVFLDYDG TLSPIVSRPE EAHLSAEMNR
TLRKLADQCP VAIISGRGLA DVRQRVAIES LYYAGSHGFE IAGPEGLAME QEQAKAYLPL
LDETEQALAQ QLENIVGAQI ERKRFSIAIH YRNVAEDQIE AVEKAVDRVL GSHDRLHKKY
GKKVYELQPA VAWDKGQALL WLLGKLKLNY PDVLPLYIGD DLTDEDAFQT LEEWGLGLVV
GTETRHTYAE YRLKDPAQVR EFLTALTRIL QERSAWTLAY HRFEPKEEGL REALCTLGNG
YFATRGAAPE SRADATHYPG TYMAGGYNRL KTAIAGRTVE NEDLVNWPNW LCVNFRPLGG
KWLNLATMEI LFYHQKLDIK QGLLRRVVHF RDPEGRETRV VQRRLVSMAH MHQAALETVI
TPLNWSGTLE VHSALDGQIR NSGVARYQAL NSKHLEPVET RPVDERSFLL KVRTNQSHLI
FAQAARLEVF QKNKRALVER QTEEETAYIA QAFITEITKE TPLTVEKTVA LYTARDSAIS
ECGLEAIKAI QESPRFESLL EAHRLAWEHL WRQFDMRLEI IDDSGDHPIQ RVLRLYSFHL
LQSASMHSLD IDVGMPSRGW HGEAYRGHIF WDELIIFPFL NYRVPQITQA LLMYRYRRLH
EARRAAQALG YKGALYPWQS GSNGREESQQ LHLNPRSGRW LPDHSYLQRH INAAIVYNIW
QYFQVTGDLD FLACYGAEMI LEIARFWASI ATYNETLDRY EILGVMGPDE FHDAYPEMGS
PGLNNNAYTN LMAVFVFNKA LELFQLLPAQ ACQQLCEKLT IEESEKARWR DLSGKMRIVF
HDDGIISQFE GYGELAEFDW ESYREKYGNI QRLDRLLEAE GDTVNRYKAS KQADVLMLFY
LFSAPELGEL FEQLGYIFKP EDIPKNIDYY LQRTSNGSSL SWIIHAWAAT RRDRKHSWQL
FQEALKTDVA DIQGGTTPEG IHLGAMAGCI DLVQRCYTGL EARGQVLRFN PCFPEELRQL
HMHLHYRGHW LELDISREKL KIESLTCGAA PVEIEVKGDR FSFKEGKVKE IELN
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