| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_0868 |
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| Symbol | |
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| ID | 4957544 |
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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 | Desulfotomaculum reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | - |
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| Start bp | 923547 |
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| End bp | 926141 |
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| Gene Length | 2595 bp |
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| Protein Length | 864 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640180040 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_001112230 |
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| Protein GI | 134298734 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1061] DNA or RNA helicases of superfamily II |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGCTTAAGT TAAAAAACTA TCAAAGTCGT ACTTTAACTA AACTCACTGA ATTTCTTGAA
AAATCTTGGA TATTTTCTCC ACAACAAGTA TTTGAAGAAG TACAGGATGC ACCCGGATTT
TTTCCAAAAT ATCACAGTTT ACCGGAGTTA GAAAATATTC CATATGTTTG TTTGAGACTT
CCTACAGGGG GTGGGAAAAC TCTTTTATCT TCATATATTA TTGGTGTTGT CGCTAATGCC
TACATGGAGA TAGACTTTCC AATCGTACTT TGGCTTACAC CAACTGACAT TATTCGTAGA
CAGACTCTGG AGACGCTTAA AAATCCTCAG CATCCGAACC GAGAAGCATT GGACAGTCAA
TTCGGCGGGC TGGTTAGGAT ATTTGACATA TCAGAATTCC CCCAACTTCG GCAACAAGAT
ATTGGGGGAG CTGTTTGTAT ATTTGTTGCG ACTTTCGCTG CATTTAGGGT AAACTCTACC
GGTGGTCGTA AAGTATATGC TCACCACGAG GAGTTAGAAC CTCACTTTAA GTGTATACCG
TCACGCAGCC CTCACCTTGA ATTAAATGAC CAGGGAGAGA TAAAATACTC TTTTGCTAAC
CTTCTTGCCT ACCATAACCC TTTGGTTATC GTGGATGAGG CTCACAATCA TACTAGCAAA
TTAAGTATAG AGGTTCTACA ACGTATTCGA CCGGCTGCCA TAGTTGAACT CACCGCTACA
CCGGCTAATA ATTCCAACGT CCTTTTTAAG GTTAGTGCAT CAGAACTAAA AGCTGAGGAT
ATGATTAAGC TGCCTGTGCG GCTAATTGAG CATAAATCCT GGGAAGATGC TGTCACTAAT
GCTATTCAAA CCCGAGAAAG ATTGGATGAG TTAGCTAAAA ACGAAGAGCA GTATATTAGG
CCCATAGTCT TATTTCAGGC AGAGAATAAG GATAAAGACG TGACCGTCGA CGTTATCTTA
AAATACCTAA CTGAAGATGA AAATATTCCC CGCGAGGCTA TTGCAGTTGC TACTGGTGAA
CAGCGAGAAT TAGACGGAAT TGACTTATTT GATCCGGATT GTACTGTAAA ATACGTTATA
ACCATACAAG CATTAAAAGA GGGTTGGGAC TGTTCTTTTG CCTACGTTTT CTGCTCAACA
GCTAGGGTAC AGTCTGCAAA AGACGCTGAA CAGCTTTTAG GCCGAGTCCT CCGAATGCCT
TATGCTAAAC GCAGGAAGCA AGATGACCTA AACCGAGCCT ATGCTCACGT TTCTGTTACT
ACCTGGTCTG AGGCAGTTAG TCAGATTAGA GATAATATGA TTAGCATGGG CTTTGAAGAT
GTAGAAGCTG AGAATAACAT TCAATATGAG CAAATCAAAT TACTTGAACC AGAAGAAAAA
CCTGCGGTTT TTTGTGAGGA AGTTGTAGTC TATTCTTCTT TTGCGCCTGA AATTACCTCA
TTGAATTTCG CATTACAAGC TGATACAGAT ATCGAAAAGA CTGACAATGG CTATAAGGTA
ACATTTCTTT GCACCAGCCA GAATGACTTG CGAGAGCTTG AAAGTAAAGC TTCCATCATG
TTCACTTCTT CTGTGGATCA ACAGCAACTG GTTAAAGAGG TAACAACCAA ACAGGGTTAT
ACACGTCCAC CCTCCCCTGC AGAGAAAGGG GAAAAGTTAA TAGTCCCACA ACTCTGTCTT
AATTTCGGAG ATGGAGAATT TGGGGTAGCT GAACGTGAAT CCTTCTTACC AGATGGTTGG
AACATACTGG ACTTTCCTAC CAACTTGGAT AACTTTCAAC CTGTAGAGGA TGGGCACGCT
TTTGAAATAG ATATCAAGGG CACAAAGATT TATGAGAGAG TGTTAGAAGG ACAAGAGGCG
CTAAGTTTGG GAATAGCTAC TCACTGGACA GAGGCTCAGC TTGTAGGATG GTTAGATAGA
AAACTTCGTC AGCCTGATAT TCCTTACACA TCTCTAGTCG AGTTCATCCG GCGTCATGTT
CGGTATCTCC AGGAATTTAA AAAAGTGAAC CTCCCTGATT TGGTTCGGCT AAGATTTGTA
CTGGAAAAAC TCCTAAAACA AAAAATTTCC AACTGTCGTG AAAAGTCTTA CGAGCAAGGG
GTACAAAACG TTTTATTTGA TACCCCTGAA GTAGCCTATG TTTCTTCTGA TGTTTCAGTG
GTATTCCAAG AAGGTCAATA TCCTGTTAAT TCTTTTTATA GGGGTAGCTT TAGATTTCTA
AAACATTTTT TCCCTGTGAT TAGTACAATG AATAATGAAG AAATAGAGTG CGCGAAGGCT
CTGGAAATGA ACAAAAAGGT TAAGACCTGG GTACGAAATC TCGAACGCCA ACCTCAATCT
TCCTTTTGGT TGCCTACATC AACAGATAAA TTTTATCCGG ATTTTGTTGC ACAACTGTTC
GACGGCCGCA TTCTAGTTGT TGAATATAAG GGCGAGCAGC TTGCAACTAA TAAAGATACC
CAGGAAAAGG ACATGATAGG CCAACTCTGG GCAAAACAAA GTGGTGGAAA TTGCCTTTTT
TTAATGGCAA CAAAAAATGA TACTGATGGT AAGGATTTAT ATACCCAGAT TAATAAAATA
ATTGAAGTAA ATTAA
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| Protein sequence | MLKLKNYQSR TLTKLTEFLE KSWIFSPQQV FEEVQDAPGF FPKYHSLPEL ENIPYVCLRL
PTGGGKTLLS SYIIGVVANA YMEIDFPIVL WLTPTDIIRR QTLETLKNPQ HPNREALDSQ
FGGLVRIFDI SEFPQLRQQD IGGAVCIFVA TFAAFRVNST GGRKVYAHHE ELEPHFKCIP
SRSPHLELND QGEIKYSFAN LLAYHNPLVI VDEAHNHTSK LSIEVLQRIR PAAIVELTAT
PANNSNVLFK VSASELKAED MIKLPVRLIE HKSWEDAVTN AIQTRERLDE LAKNEEQYIR
PIVLFQAENK DKDVTVDVIL KYLTEDENIP REAIAVATGE QRELDGIDLF DPDCTVKYVI
TIQALKEGWD CSFAYVFCST ARVQSAKDAE QLLGRVLRMP YAKRRKQDDL NRAYAHVSVT
TWSEAVSQIR DNMISMGFED VEAENNIQYE QIKLLEPEEK PAVFCEEVVV YSSFAPEITS
LNFALQADTD IEKTDNGYKV TFLCTSQNDL RELESKASIM FTSSVDQQQL VKEVTTKQGY
TRPPSPAEKG EKLIVPQLCL NFGDGEFGVA ERESFLPDGW NILDFPTNLD NFQPVEDGHA
FEIDIKGTKI YERVLEGQEA LSLGIATHWT EAQLVGWLDR KLRQPDIPYT SLVEFIRRHV
RYLQEFKKVN LPDLVRLRFV LEKLLKQKIS NCREKSYEQG VQNVLFDTPE VAYVSSDVSV
VFQEGQYPVN SFYRGSFRFL KHFFPVISTM NNEEIECAKA LEMNKKVKTW VRNLERQPQS
SFWLPTSTDK FYPDFVAQLF DGRILVVEYK GEQLATNKDT QEKDMIGQLW AKQSGGNCLF
LMATKNDTDG KDLYTQINKI IEVN
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