| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_0956 |
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| Symbol | |
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| ID | 4035948 |
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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 | Psychrobacter cryohalolentis K5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007969 |
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| Strand | + |
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| Start bp | 1142085 |
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| End bp | 1145312 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637973419 |
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| Product | SNF2-related |
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| Protein accession | YP_580221 |
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| Protein GI | 93005784 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.0419207 |
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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 | 0 |
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| Fosmid unclonability p-value | 0.0000716871 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | unclonable |
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Sequence |
| Gene sequence | ATGAAATTAG CATTCTGGAA AAGAAATAAA TCGGTTGAGC ATGCTTCTGC AGAAAATTCA
GTAGAAAGTA TTGCTCTTTT ACCGCTGCAA TATGATGACA TGGGTTTAAA GCACGGCTAT
ACAGCTGTGG CTAAAACTGA TGCGGATTTC TATTGGGAAA GCTTAACTGA TGAAGAGGTT
GCCTATCAGC TAGATGATAG CTATATATTG CCATGGGAAG AGTTGTTCCA GATTAAACAA
GATCCTGATC ATAGCGATGT CATTAATTTG CTCAACTTGC CGTTATCAAA TGATTTATAT
CCGATAATTC GTAGTGAAAA TGGGCTAAGT GATTCGAATT TCCAAATTAT TCTGGATGGT
TGGTGTGATA AAAATAAGGT CAAGTTTAAA GGCTCAGTCA AACGAACAGG CGCAATTATT
AGTATTACCG GTAAAGAATG TTTATTGAAT GAAAGCACTT GGAAGCTATT AGAGAAAATT
AAAGAATTCT CCCGTGTTAC AGATAAAAAT AAATCATTAA ATCAAAAATA TTGGGCGCAA
ATACGCAGTT TGGCGAATAA AAGCGAGGCG AACTTAGATG AGTTCTTGCG TAAAACGATC
GTACTTGCCC CAGAAGAGCT GCAACTTAAC CTTCGTAAAA ACTTAGTTAG TACAGAGTCA
GTGGTAGAGG TGCAGCCTGA TTTTAAAGAC TCACCCTCAA ATTGGCTACA AACTTTTGAT
AAATATAATC AAGTACAAGA TGAATATACA ATCAGCTTAC CAGAAGGTGG TCTGGCTCAC
GTTATTATCG AGCCGCAAGT TAAGAGTGTA CTCAATGAAA TTAAAAAGAT GCCAAATCGT
CGGATAGCTG GCGAGCGTGC ACAGACCTTT TTACACAATC CTTTTGCTCA GTTAGGGGAG
GATGCCATAG AGGTTATATC TCCAGAGGGC TTTGAGCAAT CCAAAGAAGA GGCAGAGATC
TATAGCTATC GTTTGCTCAT AGATAAAAAT TATGATGAAT TATCACATTT TAGTTCCGCT
CAATTAACGT TGCATGAAAT TTCAAGTAGA GCACAAGACC CTATTCTGTT AGAACTTTCA
AATCTAGAGC AAGCTCAACA CTTTATTGCT ACTTATGAGC GATCATCACC TGTGTTCCTA
TGGGCAGGTT ATAGTATAGA TAGAAGCAAC TACTTAGATA ATCAAGTAGA CGAGCTGAAA
AGCGATCTAG AAAAAATTCA ACAGTATGAT GATGAATTGC AAGCTAGAAC AGTGCTAGAT
TTAAGCAATT ACAGCGATAG AGTGATAGGG ATTGGTGAAG CTGAAAAACT GAGCTCTGAC
GCCATTCAAA AAGATAGTGG TGAATCCGAA TGGTTACCAC AGAATCTTAT AGATGGGTCA
GCTGACTTAT CTCAATTTAC TTCTGATAAT ACTGATGCCA CTACTGAACT ACTTGAGCAA
CGTATCCAGC ATGCAGAGGA AGAAGGCGAG AGCTTTGTTC TACATCCGGA CAGCAACGTC
TCCATTCCAT TAGATGATGC AAAAAAACTA CTTGATGATC TGCGTGATTC AAAGACTGGG
GATCCAGTTG AAAACGACAT AGAGCAAGAG CAGCCAAAAG CTGATGAAAC AAAGAAAAAA
TCTACCTTAT TGATTGCCAA TAATATCGAT GAGGCTGACT TTACTAAGAA GCGAGCCGAG
ACTCTGACTT TTGATGAAAG CAACCGCCCT CAGGCCAGAT TGCCATCAAG TTTTAGAAGC
CAAGAATTTA GTCTAAAAAC GCATCAAGAA TATGGTATCG CTTGGCTACA GAACCTATAT
CAGTATGCAC CAAATCAGGT AAGCGGCTGC TTGTTAGCAG ATGATATGGG TTTAGGGAAA
ACTTTGCAGT TACTTTGCTT CATTGGTGAA TATCTAGAAA CCGCAGAAGA TAAAAAACCT
GCATTAGTCG TAGCGCCAGT TTCTTTATTG GAGAACTGGG AGGCTGAAAT CAATAGGTTT
TTTAGTGCAA AGTTCGGAAA AGTGTTAAGT TTATATGGCG ATAACTTAAA ACAGCGAAAA
ATACCCAAGC ACCTAATATC TTCTCAATTA AGAAATGATT ATGGGATAAC AAATCTACTT
GAAGATAATT GGTTAGGTGG TGCAGATATC GTACTGACTA CTTATGAGAC CATGCGAGAC
CTTGAGTTTT CTTTAGGGAG GGTAGATTGG AGTATCATGA TATGTGATGA AGCCCAAAAA
ATAAAAGTGC CCACTGCAAT GGTTACTAAA GCTGCTAAAG CCCAAAAAGC AGACTTTAAG
ATCGCTTGTA CAGGCACGCC TGTAGAGAAT TCACTTGTTG ATCTATGGTG CTTATTTGAT
TTCATTCAAG AAAATCTGAT GGGTTCACTT AGTGAATTTA ATAAAGAGTA TCGACGTCCT
ATTGAAAAGA AAGACGATGA AGACAACGCG ATAATAGATG AGCTTCGTCA ATTGATTGAG
CCACAAGTAT TAAGACGTAT GAAGCATGAT GTCGCTGAGT TGCCAGCAAA ACACGAAATT
AATGATTGTA AAAATATTGA AATATCAACG CTGCAACGCA CACTTTATAA ACAAGTATCA
AATGATTATA GAAGTTTATC TGAGCAAGGC CACAAAGGCG TTATGTTAAA AGCACTACAT
GACATGCGAA TGATTTGTGC TCACCCCCTG AATTTTCAAG AACAAGCGAC TATCAATGAT
TCGCCTAAAG CCGAATGGTT AATAAACACT TTAGAGACCA TAAAACAAAA AAATGAGAAG
GTTATCATTT TTACTGAGTT CAGGGCTATT CAAGTGTTTT TAAAGCGGCT TCTCCTTGAG
CGGTTTGGAT TAAACGTTAC TACAGTGAAT GGGGATTCAA ATACTAATAG TAGAGTAGGC
TTAACGCGGC AGGGCATTAT TGATAAGTTC CAAGAAACGA ATGGTTTCAA TGTGATTATC
TTATCCACTG TGGCAGTTGG CTTTGGTGTG AATATCCAAA AAGCAAACCA TGTTATCCAC
TATACACGCA GTTGGAACCC AGCTAAGGAA GACCAAGCGA CTGATAGAGC CTACCGTATT
GGTCAAGATA AAGAGGTTTA CGTGTATTAT CCGTCTATCG CAGCAGATGA TTTTGAGACG
TTTGAAATCA AACTGGATAA GCTATTATCT AGTAAGCGCA GTCTTGCTGA TGATATGTTG
AAACCAAACG TAGAGCTTAC TCAAGAATTG ATTCAGTCGA TCTATTGA
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| Protein sequence | MKLAFWKRNK SVEHASAENS VESIALLPLQ YDDMGLKHGY TAVAKTDADF YWESLTDEEV
AYQLDDSYIL PWEELFQIKQ DPDHSDVINL LNLPLSNDLY PIIRSENGLS DSNFQIILDG
WCDKNKVKFK GSVKRTGAII SITGKECLLN ESTWKLLEKI KEFSRVTDKN KSLNQKYWAQ
IRSLANKSEA NLDEFLRKTI VLAPEELQLN LRKNLVSTES VVEVQPDFKD SPSNWLQTFD
KYNQVQDEYT ISLPEGGLAH VIIEPQVKSV LNEIKKMPNR RIAGERAQTF LHNPFAQLGE
DAIEVISPEG FEQSKEEAEI YSYRLLIDKN YDELSHFSSA QLTLHEISSR AQDPILLELS
NLEQAQHFIA TYERSSPVFL WAGYSIDRSN YLDNQVDELK SDLEKIQQYD DELQARTVLD
LSNYSDRVIG IGEAEKLSSD AIQKDSGESE WLPQNLIDGS ADLSQFTSDN TDATTELLEQ
RIQHAEEEGE SFVLHPDSNV SIPLDDAKKL LDDLRDSKTG DPVENDIEQE QPKADETKKK
STLLIANNID EADFTKKRAE TLTFDESNRP QARLPSSFRS QEFSLKTHQE YGIAWLQNLY
QYAPNQVSGC LLADDMGLGK TLQLLCFIGE YLETAEDKKP ALVVAPVSLL ENWEAEINRF
FSAKFGKVLS LYGDNLKQRK IPKHLISSQL RNDYGITNLL EDNWLGGADI VLTTYETMRD
LEFSLGRVDW SIMICDEAQK IKVPTAMVTK AAKAQKADFK IACTGTPVEN SLVDLWCLFD
FIQENLMGSL SEFNKEYRRP IEKKDDEDNA IIDELRQLIE PQVLRRMKHD VAELPAKHEI
NDCKNIEIST LQRTLYKQVS NDYRSLSEQG HKGVMLKALH DMRMICAHPL NFQEQATIND
SPKAEWLINT LETIKQKNEK VIIFTEFRAI QVFLKRLLLE RFGLNVTTVN GDSNTNSRVG
LTRQGIIDKF QETNGFNVII LSTVAVGFGV NIQKANHVIH YTRSWNPAKE DQATDRAYRI
GQDKEVYVYY PSIAADDFET FEIKLDKLLS SKRSLADDML KPNVELTQEL IQSIY
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