| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pnuc_0320 |
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| Symbol | |
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| ID | 5053526 |
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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 | Polynucleobacter necessarius subsp. asymbioticus QLW-P1DMWA-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009379 |
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| Strand | + |
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| Start bp | 312575 |
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| End bp | 315823 |
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| Gene Length | 3249 bp |
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| Protein Length | 1082 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 640470472 |
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| Product | methyltransferase type 11 |
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| Protein accession | YP_001155105 |
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| Protein GI | 145588508 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3754] Lipopolysaccharide biosynthesis protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGCATCGCT CTGCAAAGAT GTTGGGAAAC CTTTTTTTTC AAACTTATTG CCTGAATAGG
GGTCCTCTGG TGGTTCTGGA TATTGGATCG CAGGATATAA ATGGCTCTTT AAAAAATGAA
TTGCCGGATG AGATTAAATA TATCGGGGTT GATTTTTCTG GGGGGAATAA TGTAGACGTC
GTCCTCGAGG ATCCATACAT TCTGCCTTTT GAATCCAACA GTATTGACGC ACTGGTATGC
AGTTCTGTAT TTGAGCACTC TGATTTTTAT TGGGTGCTGT TTTTGGAGTT GGTGCGCATC
ATAAAACCTG GGGGACTAAT TTATATAAAT GCACCTTCAA ATGGATATAT TCACAGATAC
CCGGTTGATA GCTGGAGATT TTATCCAGAT GCTGGTCACT CATTAGCTTT GTGGGCTACT
CGTAATGGCT ATGATATAAA GCTATTGGAA TCGTTCATCC ATGGAAAAAT TAGATCTGCT
GGTGAAGAGG GTGAGTGGAA TGATTTTGTT GCAATTTTTG TTAAAGGCTC ATCTAATGCA
AATACATTTG ATAAAAGAAT ATTAGACTCC ATAGTAGATT ATTCAAATGC TTATTGTGAT
AAAAATACTA TAGCTAAAAA TGACAGTTTT TATCCAGAAG ATTTACAAAT CACTAAGAGA
TTAAATATTG TTGAACTAGA TTTAGTTCAG CGCAATAACC AAATAAGCGA ACTAGAGCAA
TCACTAAGAG ATACAAGTGC AGATTTAGTT CAGCGCAATA ACCAAATAAG CGAACTAGAG
CAATCACTAA GAGATACAAG TGCAGATTTA GTTCAGCGCA ATAACCAAAT AAGCGAACTA
GAGCAATCAC TAAGAGATAC AAGTGTAGAT TTAGTTCAGC GCAACAACCA AATAAGCGAA
CTAGAGCAAT CACTAAGAGA TACAAGTGTA GATTTAGTTC AGCGCAACAA CCAAATAAGC
GAACTAGAGC AATCACTAAG AGATACAAGT GTAGATTTAG TTCAGCGCAA CAACCAAATA
AGCGAACTAG AGCAATCACT AAGAGATACA AGTGCAGATT TAGTTCAGCG CAATAACCAA
ATAAGCGAAC TAGAAAAACA TTACACCATT GAGATAAAAA AGGTGGAAAT GATGTTTAAA
AACTCTAGAA GTATGCGTTT CACTAAACCC TTGAGAGTGC TTGGTGATTT TTATAGAAGT
ATTTTTAGCG CAAAAGAACT AAAAGTTAAG AATAGTTCTT TTATCGATGA GTCACGTTAT
ATATTTTTGC AATTGAGAAA ATCTTTAACT AACTATGGGC TGCATGATAC TCTGAGAAAA
ATATTTAATA AATTAAAGAA GGTCAAGACT TCTAAAATAG CATTTAAAAA TACGAATAAA
TTAATTTCAA ATTTAAAATA TCAATTACCA GTTATTGACT TTGACCCGTT AAGTGAAGAA
TTTTCCTCAT ATCAGGTAAA TAAAAAAATT GATCCAAAAG TCAAAGCCAT TGCCTTTTAT
TTGCCTCAGT TTCATCCATT TCCAGAGAAT GATGAATGGT GGGGAAAGGG CTTTACAGAG
TGGACAAATG TCTGTAAAGC AACAGCTAAA TTTATAGGTC ACAATCAACC ACATCGACCG
ATACATTTAG GGTATTACGA TTTGCGAGTT GAGGCGATCA TGGAAGAGCA GGCAAAGATT
GCTCAAGAAT ATGGGGTATA CGGATTTAGC TACTATTTTT ATTGGTTTTC AGGAAAAGTA
TTAATGGAGT TGCCTCTTAT TAATATGCTC AATAATAAGA AAATTGATAT TCCATTTTGT
CTTACATGGG CAAATGAGAA CTGGAGCAGA AGATGGGATG GGCAAGAAAA TGAAATCTTA
ATATCGCAAA ATCATTCGCT TGAAGATTCT GAAAATTTTA TAAGATATCT TATAAAGTAT
TTTAAGGATG ATAGATATAT AAAGATTGAA AATAAACCCG TTCTTATTGT TTATAGGGCT
AATATAATCC CAAATATTAT TGATATAACC AAATTATGGA ATAATATTCT TATAGAAAAT
GGATTTTCAG GTATTTACTT AATAGCAGCT CAAACATTTG GCATTCGAGA CCCTAGACCG
CTGGGCTTTG ATGCGGCAGT TGAATTCCCG CCCCATACAA TTATTTCTGA AGAAATATCT
TCAAATATAC AAGGTTTAAA TAAAGATTTT GAGGGTAATG TATATTGCTA TAATCAGATT
GTTAATAATG AGGTAAAGAA ATTAGAGCCA GAATATAAAC AATATAGAGC GGCTATGTTG
TCTTGGGATA ATACTGCAAG AAGGAAAAAT AACAGCCATA TTATGGCTAA TTTTAGTATT
AGACGCTATA AGCAATGGCT TTCAAATATA GCAAGTTGTA CAAAAAATTC TATCAGGCTA
AATGAAAATG AAAAATTTAT ATTTATAAAC GCATGGAATG AATGGGCCGA GGGAACACAT
TTGGAGCCAG ATACTAAATA TGGTTTTAAA TATTTACAAG CGACTTATGA CATCCTTAAA
AATTATATAA ATCCTGAGCA TGCTGAAATC ATTAGAGAAT CACAAGAGAA TAGCATTGCC
ATTGTTGTGC ATATTCATTA CATGGATACG TGGGAAGATA TTAAAAAAAT AATTAAAAAG
ATATTATCCG TACATGATTC TGACATCTAT ATAACAATCA CCAATCTTGA GCAATATCAA
AGTATTAAAA ATGATTTTCC TTCGGCGAAT ATTGAGTTGG TTGAGAATCG AGGAAGAGAT
ATTCTGCCCT TCATAAATGT ACTAAAAAAA ATAATACATA AAAATTATGT TGCTATATGC
AAAATTCATT CAAAGAAATC AGAATATAGA TCTGATGGAG AAGTTATTAG GAAAGAGCTT
TATTTTTCAC TTATTAATAA TGAGATAACT TTAGAGAAAA TACCGAAATT TTTTGAAGTT
AATAAAAAAT TAGGCATGCT AGTGCCTGGG AAATACTTTT TGCAACATAA CGATATAAAT
ATGTACTTTA ATCGTGAAAA CATTTCCAAA GTATGCTCAG TGATAGGTGT AAATTTTAAG
GAAAGTAAAT TTCCTGCGGG GTCAATGTTT TGGGCTAGGC CAGCAGCACT TCAAAAATTA
CTAAAACTGG AGTCTGGAGA GTTGTTTGAT GTTGAGGAAG GCTTGGCTGA CGGAACGGTA
GCACATGCAG TTGAAAGGCT GTTTGGACTA GTTTCAGAAT CAAGCGGCTT TTACAACATA
GATTTATAG
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| Protein sequence | MHRSAKMLGN LFFQTYCLNR GPLVVLDIGS QDINGSLKNE LPDEIKYIGV DFSGGNNVDV
VLEDPYILPF ESNSIDALVC SSVFEHSDFY WVLFLELVRI IKPGGLIYIN APSNGYIHRY
PVDSWRFYPD AGHSLALWAT RNGYDIKLLE SFIHGKIRSA GEEGEWNDFV AIFVKGSSNA
NTFDKRILDS IVDYSNAYCD KNTIAKNDSF YPEDLQITKR LNIVELDLVQ RNNQISELEQ
SLRDTSADLV QRNNQISELE QSLRDTSADL VQRNNQISEL EQSLRDTSVD LVQRNNQISE
LEQSLRDTSV DLVQRNNQIS ELEQSLRDTS VDLVQRNNQI SELEQSLRDT SADLVQRNNQ
ISELEKHYTI EIKKVEMMFK NSRSMRFTKP LRVLGDFYRS IFSAKELKVK NSSFIDESRY
IFLQLRKSLT NYGLHDTLRK IFNKLKKVKT SKIAFKNTNK LISNLKYQLP VIDFDPLSEE
FSSYQVNKKI DPKVKAIAFY LPQFHPFPEN DEWWGKGFTE WTNVCKATAK FIGHNQPHRP
IHLGYYDLRV EAIMEEQAKI AQEYGVYGFS YYFYWFSGKV LMELPLINML NNKKIDIPFC
LTWANENWSR RWDGQENEIL ISQNHSLEDS ENFIRYLIKY FKDDRYIKIE NKPVLIVYRA
NIIPNIIDIT KLWNNILIEN GFSGIYLIAA QTFGIRDPRP LGFDAAVEFP PHTIISEEIS
SNIQGLNKDF EGNVYCYNQI VNNEVKKLEP EYKQYRAAML SWDNTARRKN NSHIMANFSI
RRYKQWLSNI ASCTKNSIRL NENEKFIFIN AWNEWAEGTH LEPDTKYGFK YLQATYDILK
NYINPEHAEI IRESQENSIA IVVHIHYMDT WEDIKKIIKK ILSVHDSDIY ITITNLEQYQ
SIKNDFPSAN IELVENRGRD ILPFINVLKK IIHKNYVAIC KIHSKKSEYR SDGEVIRKEL
YFSLINNEIT LEKIPKFFEV NKKLGMLVPG KYFLQHNDIN MYFNRENISK VCSVIGVNFK
ESKFPAGSMF WARPAALQKL LKLESGELFD VEEGLADGTV AHAVERLFGL VSESSGFYNI
DL
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