| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_2360 |
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| Symbol | |
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| ID | 4034606 |
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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 | 2892227 |
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| End bp | 2895094 |
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| Gene Length | 2868 bp |
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| Protein Length | 955 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637974840 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_581621 |
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| Protein GI | 93007184 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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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 | 5 |
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| Fosmid unclonability p-value | 0.117615 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAGAGA TTATTACCGT TGATCAATTA AATTTTAATT TTCTTGGCAA GATTTTTGGT
AAAAAAGGCA TCCGTCTGAC AGAGCAAGGC TTGCTTATAG ACACTAAAAA AGGACCAACT
GAGCTCATCT CTTTCGCTGA AGTTAAGAAG TTTGCTTATA TTGAAGAAGG ATTCTTTGGC
GCAACTCTAT TTGTTCACAA CAATCAATCA TTGCGAGAAC ACAAATTTTT ATCCAAAACT
AACTCTACAG CGTTTTTAGA GTCTATCAAC AAAAAGATTG CTCACTCATT ACAACCCCAT
CTCCTTAACT TAATTGAAGA TTTTAACCTT CGAGTTTTGA GTAACTACCC TAGAGATTCT
AAAATAGAAC CAATTAAGTC ATTAGCAGAT GAGCTGTCTA TATTTTATAA AGATGCTAGG
GTGCCATGGG ATTACTTTAG CAACCCTAAT CTGTTTAGCG AAGTTGAGAA GATACACAAC
CTCTGCCCTA TCAAACAAGA AACCTTAGGC GCGTATCATG AAAAAATCAA TCTAGAACGA
AGAAAGTCTT TTTTTGATAG CGTAGAGTCA AACCCGTTGA CTGATGAGCA AAGACTAGGT
GTACTTCGCT CTAATGATAA GAACATGGTA CTGGCTGCTG CTGGCACAGG CAAAACCTCT
GTAATAGTTG CCAAGGCCCT CGACCTTATT GATAGGGGAC TAGCAGCACC TCAAGAGATT
CTAGTTCTGG CTTACAATAA ATCAGCTGCT GAAGAGTTAA AAAAACGGCT TGCTGATAAA
GCTGAGAACT CAGGCATCGT ATTAACTGAA TCCCCTCAAA TTTCAACATT TCACGCTTTA
GGTAGAAAAA TCCTAGGGGA TTCTGGTATC TCAACCTATA TGAGCGTCTT CACTGAAGAC
AGCTTAAAGC TTGGTGCGTG GGTAACAGAG TGGCTAATAG AGTATTTAAC ACAAGATCCC
AAAAGAATGG TCGATTTTAT ATCGCTATTC CCAGAACCTG TGAATCCTTT CGACTTTAAG
ACTCAAGAAG AGTATGAGCG GCATATCAGA GACAATGAGT TTAGAACTCT CCAAGGCGAG
TTGGTCAAAG GGTATCAGGA ACTCAGGATA GCTAACTGGC TGGCTATTCA TAAGATCGCA
TACGAATATG AAGCGCGTTA TATCAGTAAG CGTAGAATTG ACATAGGTTT TGACTACCAA
CCTGATTTTC ATATATCGGA CTCTAATATT TACATCGAGC ACTTCGGCAT TGATAGGCAT
GGTAATACTC GACCAGATAT TGATAAGCAA GCATATGACG ATTCTATAGA TAGCAAACGT
AAACTGCATA AAGAGCTTGA AACAGTTTTA GTGGAAACAT TCCATTATGA CTGGACTGAA
GATGCACTCG AAGCTCGTCT TGAAGAACGA CTGGCTGCTG TTGGGGTTAT TCCTGATAAA
AACTCAGTTG AAGAGGCTTC AAAAGAATTA CTCTCTAAAC TCAAGGAAGG CAATCAAATT
GCCACTTGGA GCAAAATGCT TATTAAGGCT TTACAAGCCA CTCGATTTGA AAGGCTCAAT
GAAAACTCAA TACTTGATAG ACTAGAAAAA GCCGGCATCT CACAAGCAAA GAAAAAGACA
CGCATTCTGA CTGACTTGCA CAACGCGTAT GTTGAAGAGC TTGTAGCTAC TGATTCAATT
GACTTTGACG ATATGATTAT TCGTGCAATC GCAGTTGTAG ATAATGGTCA ATATAAACCT
CAATGGAGAT ATATTCTTGT TGATGAGTTT CAAGATATAT CAGCTTCTCG GATGGAGTTT
GTTAATAGTA TTATTGAGAA AGGTCCTGAT CCCTCATTAA CCGTTGTCGG TGATGATTGG
CAGTCTATCT ATCGATTTTC AGGTGGTAAA CTTGAGCTCA CCACTAGATT CAATGAGTTG
GTTGGACCAC ACACGCTAAC AATGCTCCAA AAGACCTTTC GCTATAACAA TAGCATTGCT
GATACTGCTG GGACGTTCAT CATGGAGAAC CCTGAGCAGT ATCAGAAACA CATCAAAACA
CACGACGTGA TTAATGAACC ACAAGTATAT TTACTAGATG ATAAGACTGG TGAAGAGAAT
GGTCTCTATA GTAGAGTAGC TGAGGTTGTC AGCAAGATTA GAGCAAATGA CCCTGAGGGT
TCAATAGCGA TTATTGCTAG GTATAATTAT TTGCTAAAAG ATTCACGTGA TTTTCTTGGT
AAAGAAAATT CAAAAGGCAT CCATTTTTGG AGCTTTCACA AATCTAAAGG GCTTGAAGCT
GACTATTGCA TCTTAATTGG GTTTTTCCAA GGGAAAAGCG GCTTCCCTAA TGGAAACCGC
GAGGACGCTA TTCCAGAAGC CCTACTTCCA ACATTAGACT CATTCCCTCA TTCTGAAGAA
CGACGTTTGC TGTATGTTGG TATAACGCGC TGTAAAAAGA AATCGTATAT TATTGCTAGT
CCCACAGCGC CCTCAGAATT TGTTCTTGAA TTACTGGCTC CCAAATATGA CATCAACATT
TTCTCTAAAT CATTTCAAGA ACGCCATAGA AAGATATTTA AATGCCCTAA CTGCGTAAAC
GGCTACCTAC GCTTAATCAA AGGGCAGTAT GGCAGTTTCT ATAGCTGTAG TTCTGGAAAA
GGTTGTTCGG TAGGTAAGGC GCGCGTCTGC ACGAAGTGTG AGGCACCATC TGTTGATAGA
GAACATGAAA GCTTATGCAA CAATAGAGAC TGTGGCAATT CAATGAAAAT CTGTAATAAA
TGCGGTCGTC CCATGAAAAT GCGTGAAAGC AAGTTTGGTA AATTCTGGGG CTGTAGCGGA
TATGGTATTC CTGATGATCA ATGTAAAAAT ACAATCAAGA TTCGCTAA
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| Protein sequence | MREIITVDQL NFNFLGKIFG KKGIRLTEQG LLIDTKKGPT ELISFAEVKK FAYIEEGFFG
ATLFVHNNQS LREHKFLSKT NSTAFLESIN KKIAHSLQPH LLNLIEDFNL RVLSNYPRDS
KIEPIKSLAD ELSIFYKDAR VPWDYFSNPN LFSEVEKIHN LCPIKQETLG AYHEKINLER
RKSFFDSVES NPLTDEQRLG VLRSNDKNMV LAAAGTGKTS VIVAKALDLI DRGLAAPQEI
LVLAYNKSAA EELKKRLADK AENSGIVLTE SPQISTFHAL GRKILGDSGI STYMSVFTED
SLKLGAWVTE WLIEYLTQDP KRMVDFISLF PEPVNPFDFK TQEEYERHIR DNEFRTLQGE
LVKGYQELRI ANWLAIHKIA YEYEARYISK RRIDIGFDYQ PDFHISDSNI YIEHFGIDRH
GNTRPDIDKQ AYDDSIDSKR KLHKELETVL VETFHYDWTE DALEARLEER LAAVGVIPDK
NSVEEASKEL LSKLKEGNQI ATWSKMLIKA LQATRFERLN ENSILDRLEK AGISQAKKKT
RILTDLHNAY VEELVATDSI DFDDMIIRAI AVVDNGQYKP QWRYILVDEF QDISASRMEF
VNSIIEKGPD PSLTVVGDDW QSIYRFSGGK LELTTRFNEL VGPHTLTMLQ KTFRYNNSIA
DTAGTFIMEN PEQYQKHIKT HDVINEPQVY LLDDKTGEEN GLYSRVAEVV SKIRANDPEG
SIAIIARYNY LLKDSRDFLG KENSKGIHFW SFHKSKGLEA DYCILIGFFQ GKSGFPNGNR
EDAIPEALLP TLDSFPHSEE RRLLYVGITR CKKKSYIIAS PTAPSEFVLE LLAPKYDINI
FSKSFQERHR KIFKCPNCVN GYLRLIKGQY GSFYSCSSGK GCSVGKARVC TKCEAPSVDR
EHESLCNNRD CGNSMKICNK CGRPMKMRES KFGKFWGCSG YGIPDDQCKN TIKIR
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