| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmul_A0204 |
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| Symbol | |
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| ID | 3785877 |
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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 | Nitrosospira multiformis ATCC 25196 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007614 |
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| Strand | + |
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| Start bp | 215482 |
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| End bp | 218748 |
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| Gene Length | 3267 bp |
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| Protein Length | 1088 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 637810275 |
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| Product | ATP-dependent dsDNA exonuclease (SbcC)-like |
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| Protein accession | YP_410904 |
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| Protein GI | 82701338 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | [TIGR00618] exonuclease SbcC |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.18794 |
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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 | ATGAAGATAT TGCAGGTACG ATTCAAGAAT CTGAACTCGC TGATGGGTGA ATGGGAAATC
GACCTGACGC ATCCCGCCTT TACCTCCGAC GGTATTTTTG CCATCACCGG TCCGACCGGT
GCCGGGAAGA CAACCATCCT CGATGCCATC TGCCTCGCTC TCTACGGGCG GACCCCTCGG
TTGAGCAAGG TCACCAAAAG CGGAAACGAG ATAATGTCCC GTCAGATCGG CGAATGTTTT
GCTGAAGTGA CGTTTGAGAC ACAGGCCGGT CGTTTCCGTT GCCACTGGAG CCAGCACCGG
GCACGTAAAA AACCGGATGG AGAACTACAG GCTCCGAAAC ATGAGATTGC TCATGCCGAT
TCGGGGAAGA TTTTCGAATC CAAAATCAAG GGAGTTGCTG ACCGGATCGA GGCGGCTACC
GGTATGGATT TCGACCAATT CACCCGCTCC ATGTTGCTGG CTCAGGGAGG CTTTGCCGCA
TTCCTGCAGG CTTTACCCGA TGAGCGAGCG CCGATCCTGG AGCAGATAAC GGGCACGGAG
ATTTATAGCA AAATATCGAT CCGCGTCCAT GAGCGCCAGC GTGAAGAGCG GGAGAAACTG
AACCTGCTTC AGGCTGAAAC AGCCGGTATC GTGATTCTGG AGCAGGAACA GGAAAAAGAT
ATTCAACAAG AACTCGAGTT AAAACAGAAA GAAGAGTCCG CTCTGACCAG AAAATTAATG
GATACGGATA AAGCCATCAC GTGGCTGAAG GCCGTAGATG GACTGAGGAG GGAAATCGAG
GATCTGACAG CAGAAGCGAG CAAACTGCAA GCCGACATCG ACATTTTTAA ACCAGAGCGT
GACAAACTCA GCCGGGCAAT TCAGGCAGCG TCACTGGAAG GTTCCTACGC GACGTTGACA
GCAATCCGAA CACAACATGC GGATGAGCAG AAGGCAGTGA AAACTGAGGA AGCAGTCCTT
CCTCAACTGG CATCCTCTGC AAAGGAACAG GCTGAATCCC TGAAATTGGC TGAGCAGCAG
TCCACCAGAG CCAAAGCGGA GCTGGAAGCT GCTTTACCGC TCATCAGGAA GGTCCGTTCG
CTCGATCAGA CGCTTGCCGA TCAGAAAAAG GCTATTTCGA AAGATGAAGA CAGCTGCAGG
AAAGACACGA AACAGATCGA TGCTGACAGA GAGGTCAAGC TGAAAGAACA GGTGAAACGC
GCCGATGCTG AAAAGAATCT GAAGGTTGCT GAAGATTATC TCAAGGAGAA CGCTCGGGAT
GAGTGGCTGA TAAGCGGTCT GGCCGGTGTT GAGGAACAAC TGGAAAATTT GCTCTCCAGG
CAAAAGGAAA TAGCAAAAAA AGAGGTCGAT AAAGAGAAGG CAGTGACGGC TCTGGAACAG
GCAACAAGAA AACTAGCTGC CTGCCGGAAG CAATGCGAGG CTCGGAAACA GGAGCTGGAG
AACGTCTCAA AGAATCTCCA ACAAGGCAAA GATAAATTAA ACCAGTTATT GGGTGACCGG
CTGTTGCGTG AATACCGTGC AGAAAAGGAA ACCCTGCTTC GAGAAATGGT TTTTCTGAAA
AAAATAGCGG AACTTGAAGA TCACCGAGCC AGATTGGAAG ATGGCAAACC CTGTCCGCTT
TGTGGCGCAA CGGAGCATCC CTTTGCGGAA GGCAACGTCC CTATTCCCGA TGAAATCGAA
CGGAAGATTG GGGCGCTCAC TGAACTGATA AGCAAGGCTG AGGATCATGA AACCGCTATC
AGACATTTTG AGGAAGACGA AGGCACAGCC CGTAAAAATT TGATGGACGG TGAAAAGCAG
GAAATAACAG CAGTTAATGA CAAAAAAACT GCCGGGCAAG TCCTGGCCGG GCTGCAGGAA
TATCTGGAAA AACTCCAAAC TGATATTACC GGACTGAAGC AGACTGTATC AGCCAAACTC
CAACCGCTCG GCATTGAGGA AATTCTGGAT TCCAATGTTT CAGCACTGCT GGAATCCTTG
CGAGAACGCG TTAAAGCATG GCAGATACAG ATCAAGAGAA AGACTGATAT CGAGAAACAG
ATCGGAGATT TCGATAGCGA GTTGAAAAGG TTGGACGCAG TCATTGAAAC TCAAAGCAAT
GCATTGAATG AAAAACGGGA ATGTCTGCAG TCCCTCAAAG AGGATTGCGC CGCTGGATGC
AAAGAGCGGA AAGAATTGTA CGGTGATAAA GATCCTGATG ATGAAGAACG GCGTTTGAAC
AAGAGTATTT CCGTTTCAGA GGAGGCTGAA AGGAAGGCCA GAGTCCTGCA TCATGATCTT
CAGCAGAAAT TGAATGCTGC CAAGACTCAA ATTGAATCTC TGAAAAAGCG CATTGGTCAA
AGAGACCCGG AGCTGAAGGA ACTGGAAGCC GGATTTACAG AAGCATTGGG ATTAGCTGGT
TTTTCGGGTG AAAAACAGTT TCTTGAAGCC AGGCTCCCGA TTGGGCAAAG GGATGCGCTA
TCTGCAAGGG CAAAAAATCT GGACGGTCAC CAAATAGATC TCAAGGCCAG ACAAAAGGAT
CGGGAAGCGC GCTTGGCTAC GGAAGCTGCC AGGAAGATTA CCGACAAATC TCTTGAGGAA
CTGGAACCGC AATTCAAGGA TTCCGAGGAG TCCCTGAAAC AGCTGCGGGA TACTACTATT
CGACTTAAAC ACAAACTGAA CGAGAATGCT GCTGCCAAGG AACGGCTGGA GGCAAAGCAA
ACGGCTATCG GGGCTCAAAA GATAGAGTGC CGCCGATGGG AAAATCTACA CGAATTGATT
GGCTCGGCGG ACGGAAAGAA ATACCGGAAT TTTGCCCAGG GACTGACCTT CGAGATGATG
ATCGGTCATG CCAACCGGCA GTTGCAGAAA ATGACCGATC GCTATCTGCT GGTTCGCGAT
GATACTGAGC CTCTGGAACT CAACGTTGTC GACAACTATC AGGCGGGTGA GATTCGGTCC
ACGAAAAACC TTTCAGGTGG CGAGAGTTTC ATCGTCAGCT TGTCGCTGGC GTTGGGACTG
TCTCACATGG CCAGCAAAAA CGTTCGCGTG GATTCGCTTT TTCTGGATGA AGGCTTCGGC
ACGCTGGATG AAGAAGCATT GGATACCGCT CTGGAAACTC TTGCGAGCCT GCAGCAGGAG
GGTAAGTTGA TCGGCGTGAT CTCGCATGTC CCAATGCTCA AGGAGCGCAT CAGCACACAG
ATTCTGGTAA TTCCTCAAAC CGGTGGAAGG AGCGAGATAT CTGGACCGGG CTGCAGAAGA
AACATAACCG GCCAGATTTC CATTTAA
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| Protein sequence | MKILQVRFKN LNSLMGEWEI DLTHPAFTSD GIFAITGPTG AGKTTILDAI CLALYGRTPR
LSKVTKSGNE IMSRQIGECF AEVTFETQAG RFRCHWSQHR ARKKPDGELQ APKHEIAHAD
SGKIFESKIK GVADRIEAAT GMDFDQFTRS MLLAQGGFAA FLQALPDERA PILEQITGTE
IYSKISIRVH ERQREEREKL NLLQAETAGI VILEQEQEKD IQQELELKQK EESALTRKLM
DTDKAITWLK AVDGLRREIE DLTAEASKLQ ADIDIFKPER DKLSRAIQAA SLEGSYATLT
AIRTQHADEQ KAVKTEEAVL PQLASSAKEQ AESLKLAEQQ STRAKAELEA ALPLIRKVRS
LDQTLADQKK AISKDEDSCR KDTKQIDADR EVKLKEQVKR ADAEKNLKVA EDYLKENARD
EWLISGLAGV EEQLENLLSR QKEIAKKEVD KEKAVTALEQ ATRKLAACRK QCEARKQELE
NVSKNLQQGK DKLNQLLGDR LLREYRAEKE TLLREMVFLK KIAELEDHRA RLEDGKPCPL
CGATEHPFAE GNVPIPDEIE RKIGALTELI SKAEDHETAI RHFEEDEGTA RKNLMDGEKQ
EITAVNDKKT AGQVLAGLQE YLEKLQTDIT GLKQTVSAKL QPLGIEEILD SNVSALLESL
RERVKAWQIQ IKRKTDIEKQ IGDFDSELKR LDAVIETQSN ALNEKRECLQ SLKEDCAAGC
KERKELYGDK DPDDEERRLN KSISVSEEAE RKARVLHHDL QQKLNAAKTQ IESLKKRIGQ
RDPELKELEA GFTEALGLAG FSGEKQFLEA RLPIGQRDAL SARAKNLDGH QIDLKARQKD
REARLATEAA RKITDKSLEE LEPQFKDSEE SLKQLRDTTI RLKHKLNENA AAKERLEAKQ
TAIGAQKIEC RRWENLHELI GSADGKKYRN FAQGLTFEMM IGHANRQLQK MTDRYLLVRD
DTEPLELNVV DNYQAGEIRS TKNLSGGESF IVSLSLALGL SHMASKNVRV DSLFLDEGFG
TLDEEALDTA LETLASLQQE GKLIGVISHV PMLKERISTQ ILVIPQTGGR SEISGPGCRR
NITGQISI
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