| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_0634 |
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| Symbol | |
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| ID | 7257601 |
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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 | 703050 |
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| End bp | 707804 |
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| Gene Length | 4755 bp |
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| Protein Length | 1584 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643560551 |
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| Product | superfamily I DNA/RNA helicase |
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| Protein accession | YP_002457135 |
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| Protein GI | 219666700 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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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 | ATGAACGCAC AGGATGAAAC ATACTTTGTC GCACTGTCAA AATATAGAGC TAAAGGCGCG
GATTTACTTG AACAACCCTA TATGAGCGGC GTAAAAACCA GTGTTGTGGA AAAATACTCC
GACCAAGCGC ACTTCATTTA TGAATTGCTT CAAAATGCGG ATGATGCAGG TGCAACCTCT
GCACGGTTTA AATTATGCGA TAACGAGCTT ATTTTTGCTC ACAACGGGAC AAGGAGATTT
TCTATTTCCA ATCCGGAGAC TGAAGGTCCC GATACTTGTA ACGGTAAGTT AGGAGATATT
AATGCTATTA CTTCAATCGC TAATTCAAAC AAAACAGCAG CGTCAATTGG AAAGTTCGGA
GTAGGATTCA AAGCGGTTTT TCAGTACACC CAAACACCCA GCATATATGA TCCTGAGTTT
CGATTTAAAA TTGAACGATT TATTGTTCCA GTAAAAATTT ACAATGATTT TACCGGCAGG
AGACCAGAGG AAACATTGTT TGTGTTTCCC TTTGACCATG CCGATAGGAG ACATGAGGAG
GCCTATGAGA ACATTTCAGA CAAATTACGG TCATTGGTTT ACCCGGTTCT CTTTTTGACT
AATCTAAGGG AGATCTCGTT TGAATGCTCA AAGAAATTCG GATTGTATAC GAAGTCGGTT
GATGAAGAAA TAGCATTTGA CAATACAGTT GCGCGTCTTA TCACATTGAC GCAAAATGAC
GGCGATGAAA ATAATCCCAT AGAGAATAAG TTATGGCTAT TTACCCGAAT GGATGAACAC
GATTTTACAT ATTCAGTGGG TTTTTTATTG AATAATGAAG GCAAGCTTCG AGGTTCGAAT
TATTCGGCAT TTTGCTTTTT CCCCACCAAA GAAGAGACCG GACTGAACTT TATAGTACAC
GCTCCATTCC TCCTGACGGA TAGCCGCGAG GGTATCAAAG CCGGTGAAGA GCATAACAAG
GATATGATTA ATCTGCTTGC GGCACTGGCG GCTGACAGTA TTGTCGGACT GAAGGAAATT
GGGCGAAGGA ATGGCATAAT TCTTATTGAT GACGAAATTT TCGATATTGT TCCCTATGAT
GAGAGTAAGT TCAATGATAT TAAGGACAAA AACAAAATTT CATTTAAACC AATTTACTCT
GCTATAAAAG AAAAACTTAG CAAAGAAGAA CTGCTGCCAA GTTGGGATGG ATTTGCCTCA
GCCCCAAATG CGTATTGGGC TTCTGTTCCA CAAATCGCCG AGTTATTTTC CAACGATCAG
TTAGCATTAT TGACTGGCAA TAAGCTTGCC AAATGGGTCT TCACCTCTTT GGGCAGACAA
GAAACAGTGC GTTCCAATAA AAAGCTTGCA GAATATATGG ACTCTATAAC TGAAATTTGG
TATGAACATG AAGACATTAT TCGCCTCATT ACAGCCAGCT TTATCGAAGC ACAGCCTATA
GAGTGGTTAC ATTCGTTTTA TCAATATATA ACAAGCGGAC GAATAAAATT GATTAAATCA
AAGCCGATTT TTCTTAATCA AAACAATAAA GCAGTGGCCG CCTTTGATTC AAACGGCCAA
GCCGTACTGT TTCTGCCATC AGATGAGATT GAAGGGTATG ATACTGTTAA TTCCGCGTTA
TTAGAAAATG ATGCTACGCT GGAATTTATC GAACAGCTTG GTATTAAAGA ACCATCGCTG
AGGGACGAGA TTTATAATGT CATATTGCCG CTATACCAAG ACAGAGCAGC TATCGATACC
AGTCCGCATT TTCACAAATT CTTTAAATAT TATATGGAGT GCCCGCAAGC AGAAGTAGAT
GAATATATGA AGTTAATTAA GGATTGCGAG TTTATCCGGT ATCGCTCTGC TAACGATGCA
AAGATTTATC GCGGCAAGGC AAATGACCTT TACCTACCGG AAGAGAGTCT TATGAAATAT
TTCGCGGCAA AGCCGAATAC CCGGTTTGTA GAGTTAGACA AGTATAAGAC ACTTGTCGGC
ACAAGCAACG AAGGGCATCT GGAGTCCTTT TTAAAAAAGC TTGGAGTAGA AACAGTGCCC
AGAGTACTAA GACGTGAACT TGACCCTATT GAAGCGCGTC AAATGCCTTA TAATTGGCAT
CGCTCAACGG GTAATGAACA GTGGGAGGAA CATTACATTG ATGGTTGCAA TGAGATAATA
CAGGAGATTT CTGACACAAA TGATGCAGAT TTATCACTTT TATTATGGTC ACAATTGCTT
GGCATCATTA AGTCAGAGTG TTCGTCATGG CGAGGCTTCG GCGATGTCAT TAATGGAATT
CATTACTATT TCTTTCGTTC TTTTCAGAAA GAGTCCTTTC AGTCCAGTGA CTCTTTTAGC
CTGCGTACGA AACCATGGCT GCTTAACAAC GCAGGTGGAT TTGTCTCTGC TAAAGAGTTG
ACTTTAAAAG CATTATCAGC AAAGTACTCT CTCACAAATG ACGAAGCCAG GAAACTTCTT
CTTTTTCTTA ATATTGAAGA AAAAGAAGAA GGTAATGATG GCTTAACTGA TGAGCAGCGA
GCTAAAATCG AGCTTGCCGA TGCCTTATCT GACATTCCGC CCGAAGACCT AAAGCGGCTT
GCAGAGCAAT ATCGTGCACA GCATCAAGCC TCCTCTTATC ATTCCGAAGC AGCAGCCGGC
GAGGAAGACG AACAGGGAAA GAATGCAGTG CACCCAATAT CAACCGTTTC CCGAGTTGCA
AAAGAAATCA CTGATCGGGC CGTTTCTGCC CCCAAAACGA GAGAATCTAC CAATACTGAC
GATAGCGAAA GAACATCAAC CTTTGATGAA GATGATTATA CAAAGCCGTC GGTCGACTTT
AGCAAAAAGA TTGAGCAAGC TAAACAACGA AGTGTTGATG AGATCAATAG CATTGCGCGC
TTAGAGGAGT TGACCCAACG AGCACTCGTT TCTGAAAAAT ATTCTTTCGG ATGGTTCAAG
GCCATACTTG AATTAGAATC TTTGAACAGT GGAGAGAATA GCGCTAATAG CAGAGAAATT
TCAATAGCAT TTTCCAGAGT GGAACGCGAG CCAGGGACAG AGAGGACTCT GATCCTGAGG
CATCCCAGCC GTTACATCCC GCAATCTATG GAAGACCTGG CAGATATACC GCTTGAATTG
CATTTTGCCA ATCTGCACAT GATAAAAGTC GCGGTCGAAG TCGTAAACGT CAAATCATAC
ACCCTGCGGG CAAAACTCAA AACAAAAGCC CAAATTGACG GAGTGGATTT ATCGTTGGTC
ACGGAAGCAA AAATCGTGGC TAAAAATCCT GTTTTTCTCT GGGAAGAACT TCGGAAACAG
TTTAATCGCC TTGATTTTGA TGAAGACTTC AATATGCAAA CAAATCTTTG TGAGAATATT
GAGTTCGTTT TTGGTCCTCC AGGAACCGGT AAAACAACGT ACCTAGCGAG AGAAATCATA
CTTCCTATAA TGCAGAAAGC TAACGCTTTA AAAGTTCTCG TTCTGACGCC CACAAATAAG
TCGGCGGATG TACTTGTACG CCGCCTAATG GAAGTTATGG GAGTGGACCA CAGTTACAAT
GATTGGCTTG TCCGTTTTGG TGCAACTAAC GACACCATTA TTGAGCAAAG CGGCATTTTT
CGCGATAAGA CTTTTGATAT ACGTACGTTC TCAAGGAATG TTACGGTTAC GACTATTGCA
CGTTTTCCAT ATGATTACTT CCTGCCTGAT GAGAATACGC GGCTTCATTT GAACGCGCTC
AAATGGGATT ATATCATCAT TGACGAAGCA TCTATGATTC CGTTGGTCAA CATTATTTAT
CCCCTTTACA AGAAGACCCC GGAAAAGTTC ATCATTGCCG GCGACCCATT CCAGATAGAG
CCGATTACTA CCGTGGATAT CTGGAAGAAT GAAAATATCT ACACTATGGT ACAACTCAAT
TCATTTACTA AACCATCCAC GGTTCCTCAT CAATACCTTG TCAAACTCTT GACAACTCAA
TTCAGAAGCA TTCCTGAAAT TGGCGAAGTG TTCAGCCATT TTGCTTATGG GGGCGTATTA
CAGCACAACC GTGCATCGGG AAGCGAACGC GTGTTACTTG CTGACGACAT ACTTGATATA
AAACCATTGA ATATCATCAA GTTTCCTGTC AGCAAGTATG AGAGTATCTA CCGACCGAAG
CGCTTGCAAG GTAGAAGTAA CTATCAGGTT TATTCGGCAT TATTTGCTTT TGAATTTATA
AAATACTTAT CATCTCTTGG CGCATTGGCA AGCGGGGATG AATTATGCCG TATAGGACTA
ATTGCACCTT ATAGAGCACA GTCTGATTTG GTTGATAAGT TGATGGCTTC TGTTACATTG
CCGAAGAATA TTGATGTCCA AGTAGGGACT ATTCACGGAT TCCAAGGTGA TGAATGCGAC
GTCATTATTG CTCTGTTCAA CCCGCCGCCG TCCATCTTAG CTTCAAGGGA AATGTTTCTT
AACAAACTTA ATATTATAAA TGTTTCTATT AGCCGCGCAC GGGATTATTT GTTTATAATT
ATGCCCGATG ACGATACCGA AAATGTGAGA GATCTCACCT TAATTAAGAG AATTGAAGCC
CTATGCAAGG AACAGCTCGG TTGGACTGAG CAGCATGCTC ATTCAATAGA AGAATCAATT
CTTGGCAGTG AAAGTTATCT TGAAGATAAT TCTTTTTCAA CAAGTCATCA GTTGGTTAAT
GTCTATAGAA GACCAGAAAA ACGTTATGAA GTTAGAAGCG AAGATAACGC CGTCGATGTG
CAAATTCACG AATAG
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| Protein sequence | MNAQDETYFV ALSKYRAKGA DLLEQPYMSG VKTSVVEKYS DQAHFIYELL QNADDAGATS
ARFKLCDNEL IFAHNGTRRF SISNPETEGP DTCNGKLGDI NAITSIANSN KTAASIGKFG
VGFKAVFQYT QTPSIYDPEF RFKIERFIVP VKIYNDFTGR RPEETLFVFP FDHADRRHEE
AYENISDKLR SLVYPVLFLT NLREISFECS KKFGLYTKSV DEEIAFDNTV ARLITLTQND
GDENNPIENK LWLFTRMDEH DFTYSVGFLL NNEGKLRGSN YSAFCFFPTK EETGLNFIVH
APFLLTDSRE GIKAGEEHNK DMINLLAALA ADSIVGLKEI GRRNGIILID DEIFDIVPYD
ESKFNDIKDK NKISFKPIYS AIKEKLSKEE LLPSWDGFAS APNAYWASVP QIAELFSNDQ
LALLTGNKLA KWVFTSLGRQ ETVRSNKKLA EYMDSITEIW YEHEDIIRLI TASFIEAQPI
EWLHSFYQYI TSGRIKLIKS KPIFLNQNNK AVAAFDSNGQ AVLFLPSDEI EGYDTVNSAL
LENDATLEFI EQLGIKEPSL RDEIYNVILP LYQDRAAIDT SPHFHKFFKY YMECPQAEVD
EYMKLIKDCE FIRYRSANDA KIYRGKANDL YLPEESLMKY FAAKPNTRFV ELDKYKTLVG
TSNEGHLESF LKKLGVETVP RVLRRELDPI EARQMPYNWH RSTGNEQWEE HYIDGCNEII
QEISDTNDAD LSLLLWSQLL GIIKSECSSW RGFGDVINGI HYYFFRSFQK ESFQSSDSFS
LRTKPWLLNN AGGFVSAKEL TLKALSAKYS LTNDEARKLL LFLNIEEKEE GNDGLTDEQR
AKIELADALS DIPPEDLKRL AEQYRAQHQA SSYHSEAAAG EEDEQGKNAV HPISTVSRVA
KEITDRAVSA PKTRESTNTD DSERTSTFDE DDYTKPSVDF SKKIEQAKQR SVDEINSIAR
LEELTQRALV SEKYSFGWFK AILELESLNS GENSANSREI SIAFSRVERE PGTERTLILR
HPSRYIPQSM EDLADIPLEL HFANLHMIKV AVEVVNVKSY TLRAKLKTKA QIDGVDLSLV
TEAKIVAKNP VFLWEELRKQ FNRLDFDEDF NMQTNLCENI EFVFGPPGTG KTTYLAREII
LPIMQKANAL KVLVLTPTNK SADVLVRRLM EVMGVDHSYN DWLVRFGATN DTIIEQSGIF
RDKTFDIRTF SRNVTVTTIA RFPYDYFLPD ENTRLHLNAL KWDYIIIDEA SMIPLVNIIY
PLYKKTPEKF IIAGDPFQIE PITTVDIWKN ENIYTMVQLN SFTKPSTVPH QYLVKLLTTQ
FRSIPEIGEV FSHFAYGGVL QHNRASGSER VLLADDILDI KPLNIIKFPV SKYESIYRPK
RLQGRSNYQV YSALFAFEFI KYLSSLGALA SGDELCRIGL IAPYRAQSDL VDKLMASVTL
PKNIDVQVGT IHGFQGDECD VIIALFNPPP SILASREMFL NKLNIINVSI SRARDYLFII
MPDDDTENVR DLTLIKRIEA LCKEQLGWTE QHAHSIEESI LGSESYLEDN SFSTSHQLVN
VYRRPEKRYE VRSEDNAVDV QIHE
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