| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_0538 |
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| Symbol | |
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| ID | 6114772 |
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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 | Shewanella woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 756103 |
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| End bp | 759270 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 641632024 |
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| Product | metal dependent phosphohydrolase |
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| Protein accession | YP_001758929 |
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| Protein GI | 170724903 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2206] HD-GYP domain |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.329724 |
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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 | 39 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTTTTG CTGAGGGGAA TGAACGCAGA CGGATCACAA TACGTTTTAC TGTGGTGAGC
ATTTTTATCC TTGCCACCGT GTTAACGTCC GCTATTGCCA TTAGTCTTCA ATATTACTTT
AGCCAGTCCA TGGCAACTGA ATCAGCACTT AAGCATTTTG ATCGTGATGC AAAACATATG
AGTAAGTATT TGTCTCAACT GGATACTGAA GCTGCCAATA TTACTAAGCT TCTTTCAGGT
TTAGATCAGC TAGTCGAAGA TGACCACTTT AATCGTAAAG CGCTATATAC GTTTGCTGAA
CTTATGCGGA GCAACCCTAT TTACTTTGGG GTTAATGTCG GCTTACCTAA CGGAGATTTC
TATCAGTTAA TTAACCTTGA GGCTTTTCCT TCCTCGAGAG TTAAGTCTTT TTCAATCCCC
TCCGATCGAT GGCTATTTTC ATTTGTAACG GGTACTGGTG ATAACAGGAT AAGGCAGTTT
AAGTACCTAA ATGATGACCT ACAGGAGCGA ATAAGTAGAG ATGAAGTGAC GGTTTATGAC
CCAAGGGTTA GGCCATGGTT TGTTAATGCG CAGTTTGGTA ATGTTTCAAG AACTCAACCT
TACTTATTCG ATTCAATTCA ATCCCCTGGT AAAACCTACT CAATTAAACT GCCCGATCAC
TCAGGTGCTG TTTTAGGAAT GGACATCACC CTAGATACTT TCTCTAAGTA CCTCAGTACG
GTTGGCCAAA ATATTAGCGG TGGGTCAGCA AATAAAGTGT ATGTGTATAA GCCTTCTGGT
GACATTATCG CCTCTAATCA GGAAAAGTCT GATCAGCTTA AGATCCCTGA ATCGACACGA
CTGGAACTTC CCCCCAATTT ACGTGATTTT GTTGATAACT TATCGGAATT GAGGGTCTCG
AACCAGACCA ATTGGCCACC GATAGATTTT GCAATATCAG GTCAGCCTTA CGGTTACGTG
GTTGATTTGA TGAAGCTAAT CTCTCAGATG ACTGGCTTAG ATTTTTCTTA TGTAAATGGT
TTGAATTGGA AAGGGCTGGT TGATGCTTAC AAAACGGGCA AGATAGAGGT GTTGCAGTCT
ATCATCATGA AAGATGAAAA TCGTCATCTA GGTGTGTTTA GCGAACCGTT TCTTTCTTTG
TCCTATTCGG TGGTGACGCT AGAAAAAGTG CAGCCTATTA CAAATATTTT GGAGCTTAAA
GGGCATAAGG TTGCGGTACC TGTGGACTGG TTGTTCATTG AGCAAATCAA ACAACACTTT
CCAGATATAG AGTTTGTTGA ATATGCGTCC ACTCATGAAT GTTTTCAGGC TGTTATACGA
GAGGAAGTAC TGGCTACATT AGATACAGGA ATTAATTTAC GCTATACAGC ACGACAGTTT
TTTATTGAGG AGCTTAGGTT CCATGATAGC TTATCTTTTT TTCCTTACAT TGTTCCTACC
GAGCTGAGAA TTTTAGCTAA GAATAAGCGA CTAATCGAAA CAATCAACTT GGCATTAGCC
AATATCACAC CTGAGCAGAA AGATGCATTA AAGCTGAAAT GGATAGATAG CAGTTCACTT
GGCCAGCCGA CGAAAACAAT GGGAGTGGTT CCTTATAAGG CCTTAATTGA TATTGGGTCA
GACAGTAAGA AGCATAATAA ACTACATAAG CTGATGCTCA ATGGCATCGA GCAGTTCGTG
TATGTTACCG AATTTGCAAG TGGTCATTCG ATGCTTGGGA TTGTTGTGCC CAGCAATATT
ATTTTGGCTC CTAGTAGGCA TAAGGTATTG ACCTCAATCT TTATTACTGC AGTGTGCATG
CTGACGTTTT TACCCGTAGC TTGGATATTT TCAAATCCTA TCATCAAACC TATCAACTTG
TTATGCCGTG AAAATGTGAA GATAAAGCAT CGAGATTATG ACTCTGTGAT TAAAGTGGGT
ACCTGTATAA AAGAGTTGGA CGAACTCTCA GACTCCATGT TGGAGATGGC TGAAGCCCAC
AAGGAGTATG AAGAGTCTCA AAAGGCGTTA ATTGAGGCGA TAATTCGACT AATTGCACAG
GCAGTGGATG ATAAATCTCC CTATACAGCT GGGCACTGCA ATCGTGTTCC TGAGCTTGGG
TTAATGTTAG CAGATGCCGC GCATAAAGCG CAGAGCGGTC CTTTTGCAAC GTTCAGTTTT
AAGAATGAAG ATGAGCACAG AGAGTTTAGA ATCGCTGCTT GGCTGCATGA TTGTGGCAAA
ATCACCACGC CTGAGCATAT TGTGGATAAG GGAACCAAAC TTGAAGCGAA CTACAATCGT
ATCCATGAGA TCCGCATGCG ATTTGAGGTA TTGTGGCGCG ACGCAGAGAT TGTGTACTTA
ACCTTGTTAG CACAATCACC AGCAAATGAA TCAGTTTTAC GGGAGCAATT AAACGAGAAG
CATGAACAAT TTAGGCAAGA TTTTGAGTTC ATTGCTAATG CCAATATTGG TGGAGAGTTT
ATGAGCCAAG AAGATAAGGA TCGTTTAGGC TTACTTGCTA ATGTGACCTG GGAGCGTCAT
TTTGACGATA GACTTGGGTT GTCACCTTTC GAAGAACTTC GCTTTAATGA AGTAAAGACG
GGAGCTAGTT ATCCAGTCAT CGAAAAGCTA TTAGGAGATA AGCCTGAACA TATTTTCAAA
CGCCTCAACA AGGTAGAGTT TGATCCTAAG TTTGGTATTA AGATGGAGAT CCCAGAGCAT
CAATACAATC TCGGTGAGCT TTATAACTTG TCGGTATCTA GAGGCACGTT AACTGCGGAA
GATAGGTATA AGATTAATGA GCACATCATT AGTACCATAA AAATGTTGGA TAGTTTGCCT
TTCCCTCCAG AGCTTGCTCG AGTTCCCAGA TATGCATCAA CTCACCATGA AACCTTGATT
GGAACTGGCT ACCCTAGAAA GCTCACTGGT GAAGAGCTGT CTATACCGGA GAGGGTTTTA
GTCATTGCTG ATATTTTTGA GGCGTTAACC GCAGCAGATC GACCCTATAA AAAGGCGAAG
CCAGTCAGTG TTGCTGTGGA TATTCTCCAT AAGATGGCAC TTGACGAACA TCTAGATATT
GAACTGTTTA AGCTTTTTCT CTCTTCAGGG ATCTACCTTG AGTATGCCAA CAAGTTTCTT
GACCCCTCTC AAATCGATGA GGTGGATATT AGCCGATACT TGGATTGA
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| Protein sequence | MFFAEGNERR RITIRFTVVS IFILATVLTS AIAISLQYYF SQSMATESAL KHFDRDAKHM
SKYLSQLDTE AANITKLLSG LDQLVEDDHF NRKALYTFAE LMRSNPIYFG VNVGLPNGDF
YQLINLEAFP SSRVKSFSIP SDRWLFSFVT GTGDNRIRQF KYLNDDLQER ISRDEVTVYD
PRVRPWFVNA QFGNVSRTQP YLFDSIQSPG KTYSIKLPDH SGAVLGMDIT LDTFSKYLST
VGQNISGGSA NKVYVYKPSG DIIASNQEKS DQLKIPESTR LELPPNLRDF VDNLSELRVS
NQTNWPPIDF AISGQPYGYV VDLMKLISQM TGLDFSYVNG LNWKGLVDAY KTGKIEVLQS
IIMKDENRHL GVFSEPFLSL SYSVVTLEKV QPITNILELK GHKVAVPVDW LFIEQIKQHF
PDIEFVEYAS THECFQAVIR EEVLATLDTG INLRYTARQF FIEELRFHDS LSFFPYIVPT
ELRILAKNKR LIETINLALA NITPEQKDAL KLKWIDSSSL GQPTKTMGVV PYKALIDIGS
DSKKHNKLHK LMLNGIEQFV YVTEFASGHS MLGIVVPSNI ILAPSRHKVL TSIFITAVCM
LTFLPVAWIF SNPIIKPINL LCRENVKIKH RDYDSVIKVG TCIKELDELS DSMLEMAEAH
KEYEESQKAL IEAIIRLIAQ AVDDKSPYTA GHCNRVPELG LMLADAAHKA QSGPFATFSF
KNEDEHREFR IAAWLHDCGK ITTPEHIVDK GTKLEANYNR IHEIRMRFEV LWRDAEIVYL
TLLAQSPANE SVLREQLNEK HEQFRQDFEF IANANIGGEF MSQEDKDRLG LLANVTWERH
FDDRLGLSPF EELRFNEVKT GASYPVIEKL LGDKPEHIFK RLNKVEFDPK FGIKMEIPEH
QYNLGELYNL SVSRGTLTAE DRYKINEHII STIKMLDSLP FPPELARVPR YASTHHETLI
GTGYPRKLTG EELSIPERVL VIADIFEALT AADRPYKKAK PVSVAVDILH KMALDEHLDI
ELFKLFLSSG IYLEYANKFL DPSQIDEVDI SRYLD
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