| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_2035 |
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| Symbol | |
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| ID | 7259004 |
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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 | Desulfitobacterium hafniense DCB-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011830 |
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| Strand | + |
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| Start bp | 2187455 |
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| End bp | 2191567 |
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| Gene Length | 4113 bp |
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| Protein Length | 1370 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643561928 |
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| Product | chromosome segregation ATPase-like protein |
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| Protein accession | YP_002458508 |
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| Protein GI | 219668073 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | [TIGR02680] conserved hypothetical protein TIGR02680 |
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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 | ATGACTGTTC ATCGTTATCA GCCCAATCGC TTGGGGCTCT TTAATTTCTG GTATCATACA
GACTCAGTGC TTGAGTTTGT AGATGGGAAA TTGTTCGTTC GTGGCGCGAA TGGCAGTGGA
AAATCTGTAA CGACAACGAT GGCAGTCCCG ATATTGCTGG ATGGAGATAA AAGTCCAAGC
CGTCTGGATC CCTTTGGGGG GAAAAGCCGA CTGATGGTTG ATTTATTGCT TGGTGAGAAA
AATATCTCTC AAAAAGAAGA GGCGACGGGG TACTTGTATT TTGAATTCAA AAAAGGCGAT
TCGTATTTGA CGTTTGGAAT TGGGATGTAT GGTAACCGTA AAGAACAACG ATCCCCCGAT
TATTGGTATT TCATGATTAA CGACGGTAGG CGGATCGGGT ATGACTTTCT TTTATATGAT
GAAGAAAATA TCCGTGGGGA GATTCGGAAA TTTCCTCTCA CTAAGGCACA GTTAGAAGAA
AAAATCGGAT GGGGCGGAGA ATTTACAACG AGCCAAGCAA GCTATACCGA AATGGTCAAT
GAGCATTTGT TTGGATTTAA TAGTGTTAAA ACATTTAAAG AATTGATTCA TATTTTAATT
CAACTAAGGA GCCCCAAACT TTCCCGGGAT ACTAAGCCAA CGGATGTGTC TAACCTATTG
TCGGATTCGC TTCCCGAGCT TACTGATGAT GAATTATTAC CAATGATCCT GACGATCGGA
ACGATTGATG CTCATCAAGA AAAACTTGAA GAATTGGAAA AATCGCTTTC CTATCTTCGG
GCACTTGAAT CGGCTTATCA AACCTACAAC GAATACCGAT TATATGAAAT CGCAAAAGAG
AATACGAAGA TTCAAAAACA GATTCATGAA TCGAATCATT TACTTGGGAT AGATCACAGG
CAGTTGGAGC AATACGAAAC TGAATTTGCA GAATTACCAG AGCAGTTAGC AATTCTTGAA
ACAGAAAAGC AAACATTGGA TATGGAAGAG CGCCAGCTTA GGGGGCATGA GATATTTGGT
CTTCGGCAGC AACAAACTCA ACTGGAAGAG GATGTTACGA AATTTGATAA AAGCTTTAAA
TCACTGGAAG AACAATATAA TAACAAACGT ATAAAGATTG ATAGGCTAAC TCATGATCGA
ACAGCCAATG ACTACGAAAA AGAAAAGACG AAGAACGCTA TTGATGAAAT AGCTGAAGAA
TTAGGGGACC TGGCCAAAAG GACATTGTTT TCATCCCATG ACCAGTACTT ATTGCATTTG
GAGCAAAACC CAAATGCGGA ATTAACTATT TTTCACAAAA ATTGGGAAGA GGATTTACTG
AATCACCGAA AGGAACTTTC TTTAATTCGG CAATTGGCCC AAGAAGTTGA GACTTGCAGA
CTGCGTGAAA AGGATGCTGA AGAGGCAGTG GACCGTGTAG AACAGCAGTT AGAAATAGTC
AAAAAGAGAA GAACAGAATT ACAAAAAACA GCCGAATACA TTTATGGGGA TTTAGGTGAA
AGTATGGAAA CCTGGCAGAC CCAAGTACAA GTGTTCGTGC TGGGACAGAA TGCAAAACAA
CAATTGATAG GCTTATTTGA ATCGTTTCTT TATGAAGAGA TAGAGGATGC TTCGCGCGAA
ATTGAGATTT GGTGCAGCGA TCAGAAACAA ATATATGAAA ACTCGATCAT TAAAGAGATG
GAGGGACAGC GGTTTGTCAT AGCGCAAGAA AAGAGCCGGC AAACTATTTG GAAAGAGCAA
ATCGAGGATA TTCAAAGTCA GCCTGAAATT GAACCTGTCT ATTCCAAAGA CGAACAAGCT
CGCCGCAACT CCCTTCGGGA ACAGAATGTC ATGTTTAGAA ACTTTTATGA GGCTGTTGAA
TTCCGTCCTG AATTGGATGC CAAAGCGAGA GAGAATTTAG AGGCGGCCAT TTCAAGAGCA
GGTCTTTTAA CGGCTCTTTT GGTTTCTGAA GAAGACGAGG AACGTATTCT TGAACTTCCT
ATCCTCCGTA CTCAGCAGAT TAAGACTCAT AATCTAATGC AGTATTTGGT GGCTGTGCCA
GATGAGACCA TCTCACGAGC CAAAATTGAG CGCTTACTTC AAGGGATATC TATTTCGAAA
TTGGATGAAT CCTATATTTT GGATACTGGG GAGTTTCAAA ATGGGTTTAT TTATGGTAAT
GCTCCGTTTC AAGAGGAACA ATTCATCGGG AAAGCTGCGC GAGAAGCCAC TCGGGCAAAA
CGTATTTTGA GTTTACAAGA CGAGATACAG TCTTCGCAAA ATCGTATTGA AGAAGCAGAC
GATCAAATAT CATTTCTAGA AAACCAAAAA CGTCGCTTAA ATACTGAATT TTCAACTTTT
CCTTCTCTTG AACCCATAAG AGAGATGGAG AGGCAGCGCA AGGGTCTGGA CACGGAAGAA
AAACTAGCCA ACAGTCAAGT AGAACAACAA AAAGTAAATT TCCAAGCTTT GAAGCAAAGC
AACCAACCAA TTATCAATGA ATTCCTGTTA AAGTCTGCAC CCTATCACCG TATTGAGGGA
ACATCGGCCG CTTACCAGAA TATTCTCGAT GAGCTTAACG AATACAGGAA CCAACTCAAG
AACTTTTTTT ATTTCATGCT GCAGAGAAAA ACACTGGAGG ACAAAGTGGA TGACGCTTCA
AATAGAATTG ATGACCTAGA AAATGATCTG ATCGATTTAA AAGAGAAGCA GATGGAGGCT
CAGCGGGATC TGAATTCTAG TAAAGCTAAA AGAGACATGA TTCTGAACCT GATCATGAAC
CAAAGTGATG AACAGAATAT CTTGGCTCGG ATTGATAAGA TTGCTTTGAT GAAAGAGAAG
AACGAAGGGG CCTTAAGAGA AAAAATTCAA CGTCAATCTG ATCTGCGATC AGATATTTCA
AAGCTTAAGC CCCAGATAGA AGCTCAAGGT TTGGACATTT TAAATTTGGA AGAGCTAAAA
CAAGCATGGG AATCATTATT TCAAGAGGAG AAAAGCTTTG GTTTTATTGA TGCTCACTGG
ACTGCCCCTC TGGCAGTTAA TAATTTAGAG TTAACATATA AGGAGTCAAA GATCAGTGAA
ATACAAGAGA GATTGAATCG AACGAGCTAT GATGCCGAAC GTGAATTAAT AGAGCAAAAC
ATGAAGCAAA CCCAACATAC ATTAAAGATT AGGAAGATGG GTAAAGGACG AGAATGGGAA
CAGCTTCAAC ATTGGGTTGA TCGACGGTTT ATTACGTTCA CGCCTAGTTA TATTGAGATG
AAGCCTGTTC AGTTGCTTAG GGAGCTGCAA GAAACTCGAG ATGAGACAGC ACTTGCTATT
CAGGAAAAAG AGCGGCAATT GTATGAAAAA GTACTGATTG ATGATATCGG TTCGACAATC
CGTGAACTTA TCAAAAAAGC AAGAGAATGG GTGGAGGAGG CTAATCATTT CCTTTCAAGT
ATTGATACTA CTATTCGGAT GCAGCTCAAG TGGAGGCCTC TTCCAGCTAA AGAACAAGGA
GAGTTGTCGA CAGACAAACT GGTTGAACTT CTTTCAAAGG AGACTCGTTG GTTAAATAAT
CATGATCTAG AGCGGATTGC GGAGCATTTC AAAACCAAAG TTGATCAAGC GCGGGCCATG
GCGAAGGCGG ACACACGCTT TTCGTTAACA GATAAGATGA AAGAACTGCT GGATTATCGA
AAATGGTATC GGTTTGTGCT GTACTATCAG AAAGAAGGGC AAACAGATTT TGATGAGTTT
TCTAACAAAG AATTTGAGAA GATGAGCGGG GGAGAAAAAG GCATTTCGAT GTACAGCCCA
TTATTCGCTG CAGCAGCTGC AAAATACGCT CATGCAGCCT CTCATTCTCC TCGATTGTTC
TCGCTAGATG AGGCATTCGC TGGGATTGAC CATGATAATA TTGAAAATAT ATTTGGGTTG
ATCTCCCAAT TTGATTTTGA TTATTTAATG AACTCTCAGA TCCTTTGGGG AACATATGAA
ACCGTAAATA AATTATCGAT CGTGGAAATT TTAAGAAGAG TACACGAAAA AACATTAGTT
TTAGGCCGAT ATTATTGGGA TGGGGAAAAT AAACACGATC TTCCCATTGG ACATTTAATA
GAGGAGTATT TTGCAGAAAA ACTTTCTAGA TGA
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| Protein sequence | MTVHRYQPNR LGLFNFWYHT DSVLEFVDGK LFVRGANGSG KSVTTTMAVP ILLDGDKSPS
RLDPFGGKSR LMVDLLLGEK NISQKEEATG YLYFEFKKGD SYLTFGIGMY GNRKEQRSPD
YWYFMINDGR RIGYDFLLYD EENIRGEIRK FPLTKAQLEE KIGWGGEFTT SQASYTEMVN
EHLFGFNSVK TFKELIHILI QLRSPKLSRD TKPTDVSNLL SDSLPELTDD ELLPMILTIG
TIDAHQEKLE ELEKSLSYLR ALESAYQTYN EYRLYEIAKE NTKIQKQIHE SNHLLGIDHR
QLEQYETEFA ELPEQLAILE TEKQTLDMEE RQLRGHEIFG LRQQQTQLEE DVTKFDKSFK
SLEEQYNNKR IKIDRLTHDR TANDYEKEKT KNAIDEIAEE LGDLAKRTLF SSHDQYLLHL
EQNPNAELTI FHKNWEEDLL NHRKELSLIR QLAQEVETCR LREKDAEEAV DRVEQQLEIV
KKRRTELQKT AEYIYGDLGE SMETWQTQVQ VFVLGQNAKQ QLIGLFESFL YEEIEDASRE
IEIWCSDQKQ IYENSIIKEM EGQRFVIAQE KSRQTIWKEQ IEDIQSQPEI EPVYSKDEQA
RRNSLREQNV MFRNFYEAVE FRPELDAKAR ENLEAAISRA GLLTALLVSE EDEERILELP
ILRTQQIKTH NLMQYLVAVP DETISRAKIE RLLQGISISK LDESYILDTG EFQNGFIYGN
APFQEEQFIG KAAREATRAK RILSLQDEIQ SSQNRIEEAD DQISFLENQK RRLNTEFSTF
PSLEPIREME RQRKGLDTEE KLANSQVEQQ KVNFQALKQS NQPIINEFLL KSAPYHRIEG
TSAAYQNILD ELNEYRNQLK NFFYFMLQRK TLEDKVDDAS NRIDDLENDL IDLKEKQMEA
QRDLNSSKAK RDMILNLIMN QSDEQNILAR IDKIALMKEK NEGALREKIQ RQSDLRSDIS
KLKPQIEAQG LDILNLEELK QAWESLFQEE KSFGFIDAHW TAPLAVNNLE LTYKESKISE
IQERLNRTSY DAERELIEQN MKQTQHTLKI RKMGKGREWE QLQHWVDRRF ITFTPSYIEM
KPVQLLRELQ ETRDETALAI QEKERQLYEK VLIDDIGSTI RELIKKAREW VEEANHFLSS
IDTTIRMQLK WRPLPAKEQG ELSTDKLVEL LSKETRWLNN HDLERIAEHF KTKVDQARAM
AKADTRFSLT DKMKELLDYR KWYRFVLYYQ KEGQTDFDEF SNKEFEKMSG GEKGISMYSP
LFAAAAAKYA HAASHSPRLF SLDEAFAGID HDNIENIFGL ISQFDFDYLM NSQILWGTYE
TVNKLSIVEI LRRVHEKTLV LGRYYWDGEN KHDLPIGHLI EEYFAEKLSR
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