| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0114 |
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| Symbol | |
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| ID | 4626183 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | + |
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| Start bp | 149908 |
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| End bp | 153150 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 639795310 |
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| Product | SNF2-related protein |
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| Protein accession | YP_941587 |
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| Protein GI | 119943907 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 19 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCCAAAA TCACTCCGCA AGACATTTCC ACTAGTTTCG GCCGTAATAT TATCGACCGT
GGAACACGCT ACTTTAAAGA AAGCAGAGTG TTATCTTGTG AATACGATGA GGATAAAAAG
CAACTCCACG GCAGTGTTAA AGGATCATCA GAAACCCCTT ACCAAACCAG TGCTTCAATT
AAACCGTCTA ATAAAGGCGG ATTTATTATC CACAGCACTT GTACCTGCCC GGTCGGCTGG
AACTGTAAAC ACGCAGTGGC TTTGTTGCTT GCTTATCAGG CGGACACTCC AAATTATAAT
ATTGAGAATA GCTACCAGAC TTGGTTTGAA TTATTACAAA GTCAACTTTC TAAAAAGAAA
TCTATAACGG CACCTAGTGC TTATCAGGGT CATTTCCGCC TTTCATTTAA TAAAAGTGCA
TATAATCATT CATTGCTCTA TTTACAGGTG GAATACGGCT CAGTACGTTT TCTAAAAAGT
GAAAATGCGA ATGTCTTTGC CGCAAAAGAT CTTATTTCTG TTGTAGAAAA TGAATCTTGG
ATGGAAAGTT ATAAATGGGT GCAAGAAGAA GACGTCTCTA TTTTACAACT TTTATTAGCT
AAAGAAGGGC GTGTACCCAA GCTTGAAAAA ACCAGCATGC ACACTGAAAA TGACCTGCTT
GCACTGCATA AAATATTAGC AACAGGGCGT TGTTTCTGGC GGAACTTGAA TCTGCCTTTA
CAGGCCGGTG AGAAAAAACC GATACAACTT GAGTGGGTTG ATGAGGAAGA TTTAAAACAA
TTACAGGTGA GTCTTGAAAA TACAGACAAC TGGTTGTTAA TTCCGACACC CACGCCTTTC
TATATTGATA CGGATCGCGG TTTAGTGGCT GAAATTGACA GTGTGTTTGA TAGCGGTTGG
ATTTTGTCCT TATTAAAAAC GCCACCACTT GGGGAACAAC AGTGTGTCCA TTTCACCGAG
CAGGTATCGC TGCGTTTTCC TCAGGCTGTT TTACCCAATC CCATGGTTTA TCAAACGCGT
GAAATTTTGG ATGAATTACA GGTCGTATTG AGTCTCAACG AAAAAGAGAT CAAGGGCCAA
AAGTTGTTTA TCTCTCGTTT GTATTTTCGT TATGGTGATC TCGAATTAAA TCCGGGTATC
GTTGATGAGC CAGATCGTAC TCAATTTATG TGCAACAATA AAATTGTCAC TATTGATCGG
GATCTTAATC AGGAACGCTT AGCGCTCAAA CATTTTGAGC AGCTGTGCCT GTTAGATCTG
TCGATGTACG ATCCTAAACA GCCTGACACC GATCAGCTCT TGGGTATTTT ACCGCCGGAG
TTAGGGGGAT CTCAGGAATT TCAGTGGTTA TCATTATTAA CGGCTCATAA AGCTCGCTTG
GAAGTTATGG GCTGGCGCTT TGAAATTTCT TCGAATCTTG TCTTGCTGAG CGATCAGGTG
AATAGCATTG ATATTGAAGT TGAAGAGCAG GGGCAGTGGT TTGACCTTGG CGTATCTATT
GAGATTGAAG GTAAACGTAT TGAGTTATTA CCGCTATTAT TGGAATGGTT GCGTAATAAT
GAAGATTGGC AACAGCACCG CTTTGATATT TTATTAGCCC AACCCAACGG ACGGCCATTA
CGTATTAAAC GTGAATCTAT TCAACCCATT TTATCAATAT TGCAGGAGTT GGGTGAGGTC
AATAATGATA ATATTCACCT GCCGCAAAGT CAGGCGGCTT TATTAGCTCA ATTACCTGAA
ATAAATAGTT GGGTTGGTGG ATCACATGTT AAGGCATTAG CTGAAAAACT GAGTAATTTC
ACTGGAATTC AAGAAGTTAC ATTACCTGAA GGGCTGGATG CAACATTAAG AGATTATCAA
CATACGGGAT TAAATTGGCT GGTATTTTTA AATGAATATG GGTTTTCAGG AGTGCTGGCC
GATGACATGG GTTTGGGTAA AACCATTCAA ACATTGGCCT ATATACTTTA TAAAAAACAG
CATCAGCAAT TAGTTCACCC GGCGTTGGTT ATTTGCCCGA CTTCATTGGT GGGCAACTGG
TTAAATGAAA CAACTAAGTT TACCCCAGAT TTAAAAGTGC TGATATTACA TGGTGCGGAC
AGGCATAAGT CTTTTGAGTA TGTGCCTGAT TATGATTTAG TGATCACCAC TTATCCATTA
GTTGGCCGCG ATTTTACTCA GCTGGAAGCG TTTCAATTCT CAGATTTAAT TCTTGATGAA
GCACAAACCA TTAAAAACCC TTTGGCAAAA ATGACCAAAA GTATTAAACG TTTAAATGCA
AAACAGCGTT TATGTTTAAC GGGTACGCCA ATGGAGAATC ATTTAGGCGA ATTATGGTCA
CTGTTTGACT TCTTAATGCC TGGATTTTTG GGTAGCTATG CGACTTTTAA TCGCTTTTAT
CGTAAAGGAA TTGAAGGCGA AGGAAATGCA CAGGTACAGT CCTGGTTAAT ACAAAAAACT
CATCCTTTTT TATTACGCCG GACCAAAGAT GATGTGGCAA AAGAGCTGCC TGCCAAGACT
GAAATTATCC AGAATATAGT GCTGCCTAAT GACCAGCGTA CCTTATATGA AAGCATCCGT
GTCACTATGG AAGAAAAAGT CCGTGATTTA CTTAAAGAAA AAGGCCTGGC AAGAAGCCGT
ATAGAGTTTT TGGATGCACT GCTTAAACTG CGTCAAGCCT GTTGTGATCC ACGTTTAGTG
AAACTTGAGC ATGCAAAAAA CATTAAAAGT TCGGCCAAGC TCGACTATTT GATGGGTGTT
TTACCGGAAA TGATTGAAGA AGGCAGACGT ATCCTTATCT TTTCTCAGTT TGCACAAATG
TTAGGTTTGA TTGAACAATC ACTGCTGGCA TCGGATATTG ATTTTGTTAA GTTAACCGGG
CAGACGCGTA ATCGGAGTGA AGTGATTGAT AAATTCCAAA ATGGAAATGT GCCGATTTTC
CTTATTTCCT TAAAGGCAGG TGGGGTTGGG CTTAACCTGA CCGCTGCGGA TACGGTTATC
CATTATGATC CTTGGTGGAA CCCTGCGGTA GAAAATCAAG CGACGGATCG TGCTTATCGA
ATTGGTCAGG ATAAGCCAGT CTTTGTGTAT AAATTAATTT GTGAGCATAC CGTTGAAGAG
CGTGTTCTCG CACTGCAAAC GCGTAAGCAA AAGCTTGCGG ATAGCGTTTA TGGTAGTGAG
CAAGAGGAAA AATTTGTACC TGATAATAGC GATACGTTAT TGAAGTTATT TGAACGTTAC
TAA
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| Protein sequence | MPKITPQDIS TSFGRNIIDR GTRYFKESRV LSCEYDEDKK QLHGSVKGSS ETPYQTSASI
KPSNKGGFII HSTCTCPVGW NCKHAVALLL AYQADTPNYN IENSYQTWFE LLQSQLSKKK
SITAPSAYQG HFRLSFNKSA YNHSLLYLQV EYGSVRFLKS ENANVFAAKD LISVVENESW
MESYKWVQEE DVSILQLLLA KEGRVPKLEK TSMHTENDLL ALHKILATGR CFWRNLNLPL
QAGEKKPIQL EWVDEEDLKQ LQVSLENTDN WLLIPTPTPF YIDTDRGLVA EIDSVFDSGW
ILSLLKTPPL GEQQCVHFTE QVSLRFPQAV LPNPMVYQTR EILDELQVVL SLNEKEIKGQ
KLFISRLYFR YGDLELNPGI VDEPDRTQFM CNNKIVTIDR DLNQERLALK HFEQLCLLDL
SMYDPKQPDT DQLLGILPPE LGGSQEFQWL SLLTAHKARL EVMGWRFEIS SNLVLLSDQV
NSIDIEVEEQ GQWFDLGVSI EIEGKRIELL PLLLEWLRNN EDWQQHRFDI LLAQPNGRPL
RIKRESIQPI LSILQELGEV NNDNIHLPQS QAALLAQLPE INSWVGGSHV KALAEKLSNF
TGIQEVTLPE GLDATLRDYQ HTGLNWLVFL NEYGFSGVLA DDMGLGKTIQ TLAYILYKKQ
HQQLVHPALV ICPTSLVGNW LNETTKFTPD LKVLILHGAD RHKSFEYVPD YDLVITTYPL
VGRDFTQLEA FQFSDLILDE AQTIKNPLAK MTKSIKRLNA KQRLCLTGTP MENHLGELWS
LFDFLMPGFL GSYATFNRFY RKGIEGEGNA QVQSWLIQKT HPFLLRRTKD DVAKELPAKT
EIIQNIVLPN DQRTLYESIR VTMEEKVRDL LKEKGLARSR IEFLDALLKL RQACCDPRLV
KLEHAKNIKS SAKLDYLMGV LPEMIEEGRR ILIFSQFAQM LGLIEQSLLA SDIDFVKLTG
QTRNRSEVID KFQNGNVPIF LISLKAGGVG LNLTAADTVI HYDPWWNPAV ENQATDRAYR
IGQDKPVFVY KLICEHTVEE RVLALQTRKQ KLADSVYGSE QEEKFVPDNS DTLLKLFERY
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