| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_2363 |
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| Symbol | |
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| ID | 4034609 |
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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 | 2898455 |
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| End bp | 2901658 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637974843 |
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| Product | HsdR family type I site-specific deoxyribonuclease |
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| Protein accession | YP_581624 |
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| Protein GI | 93007187 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | [TIGR00348] type I site-specific deoxyribonuclease, HsdR family |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.267976 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCTACG AATATTCAGA AGATGGCATG GTTGAGGAAG CGACCAAAGA CGTATTAATT
GAGCTTGGCT GGGAAGTCGT AACAGCTTGG AAAAAAGAAA CCTTTGGTAA GGACGGTCTA
CTTGGAAGAG AGAATAGATC AGAGGTCATT CTCACTCGTG AGTTAAGCCA TGCTTTGGTT
ACCCTAAATC CTGGCTTGCC TGATACCGCT TATCAGCAAG CTATCGACAT CATTACTCAA
AAAACGGCAG ATAAAACGCT TGGTAAGATC AACCAAGAAA AGTATAAGCT GCTAAAAGAT
GGTGTCCCTG TTAAATTCAC TAATAGCGAT AATGAACTTG AAGAGCGCGA TCTAAAGGTC
TTTGATTATC AAGACTATAG CAATAATAGC TTTTTGGCGG TAAGCCAATT AGAAGTGGTT
GGAGATCTAT ATAACCGTCG CCCTGATATA GTGGGTTTTG TTAATGGCAT TCCGCTAGTG
TTCTTTGAGT TAAAAGCTCA TCATCAGGAT CTGCGTCACG CTTATGATGA TAACTTTACT
GATTATAAAG ATACCATCCC TGCTATTTTT CATTGCAACG GCTTCGTTAT CCTTAGTAAT
GGTACAGAGT CTAAAGTAGG AACGGTAACC AGCCCTTATA AGTACTTCCT TGATTGGAAG
CGTATTGAGG AAGATGCAGA AGGGGTAGTT AGCTTAGATA CCATGATTCG TGGTACTTGT
GACCCAAAAC GCTTAATGGA TATTTTTGAG AACTTTCTAT TGTTCGACAC CTCCTATGGT
GAAGTCGTTA AGCTGATGGC AAAAAATCAC CAATATATTG GCGTTAATAA AGTCATCGAT
CAAGTCGATA ATATTGAAGA TTTGCAGGGC AAGCTTGGTG TGTTTTGGCA CACTCAAGGC
AGTGGTAAGT CTTACTCAAT GGTTTTCTTA TGCGAGAAAA TCCATCGGAA GATGGGAGGG
TCTTATACCT TCTTATTGGT AGTTGATAGA AGCGAGTTAG AAAGTCAGAT CTATGATACT
TTTTCAGGCG TTGGCGTCGT TAATAAAAAA GAATTAATTG CAGGTAAAAA GTCAGGAATG
ACAGGGCGCG AGCACTTGCG AGAGCTACTA TCGGAAAACC ATAGATACAT ATTTACCCTG
ATTCATAAGT TCTCTATTGA CCCAAATAAA GAGAGCGAAT ATCCATTAAT AACTAATCGT
AAGAACGTCA TTGTGATATC GGATGAAGCT CATCGTACAC AAGGTGGTAC TTATGCACGC
AATATGCGGT TTTATGGTTT ACCTAATGCG TCGTATTTGG GCTTTACAGG TACGCCGATT
ATCAAAGACG AAGAAGAGCT GACCAAAGAT ATATTTGGTG ACTATGTGTC TGTTTATGAC
TTTAAACGTG CTGTTGAAGA TGGGGCGACT TTGCCTCTTC GTTATCTTAA TAAAGGAGAG
CTGCTTAACA TCGATAATCC AAAGCTTGAT GAAGAAATGG CTGAAGTTTT AGAGAATGAA
GATCTAACCG AAGATCAAAG ACAGAAGCTT ATTCATAAGT TTAGTAGAAA CTATCCGATA
CTCACGGCAC AATCCCGATT AGAGACTATT GCCAAAGATT TAGTATGGCA CTTCAATGAA
CGTGGTTATC AGGGTAAGGC GATGCTTGTC GCTCTCGATA AGCCTACAGC TGTACGTATG
TATGATCTTA TTAAGCGCTA TTGGGGTGAA TACCTAATTG AGCTACAAAA GCGTATTGAT
AATGCAGAAG ATGTTCAAGA GGCTCAAGAG CTAGGAAGGA AATTTAATCG AGTCACTGAA
ACTGAAGTGT GTGTGGTGGT CAGTGGCGAG CAGAATGAAG TTGATAAGTT TAAAAAGCTT
GGATTAGACG TTGCTACCCA TCGTAAGAAG ATGGTTGAGC GAGACCTAGA AAAGGAATTT
AAAGATCCTG ATAATCCATT TCGTTTAGCG ATTGTCTGTG CAATGTGGAT CACAGGCTTT
GATGCACAGT GTGTATCTAC CGTATATCTA GATAAGCCTA TCAAAGGTCA TACTCTAATG
CAGACCATTG CAAGGGCGAA CCGTGTCTAT GACGATGAGA AAGAGAATGG CTTAATTGTT
GATTACGGTA ATGTCTATGA GCAGTTAGAA AAAGCATATT CTGTATATGG TGAAGGTGGT
ACTGGTGGAG GTGGTAAAGG AACAGGTCCT GAAAAGCCAA TCCCTGAATT ATCTGAGTTA
GAGGTAGAGC TGAAAATTGC TATTGAAGAA ACCATCAAGC ATCTTGGATC GTTGGGCTTT
GATCTTGAAT CTCTCAAGAA TGCCAGTCCA ATGCTTAGAA TTAGCAAATT ACAAGAAGCA
GAAAACTGTG TGTGCTTAAA TGAGACAAGC CGAGCAACTT TTGAGGTTAT GGCGCAGAAT
GTTTTTAGAA AATACAAAGC CCTCTTTCCT GAGCCACAAG CCAAGTCTCA TACTAAAGAT
CATAATGCTA TCGAGGCTAT TTATAAGCAG CTCAATAAAA AAGCCAAATC AGCAGATATC
ACTGAAGTGA TGAAGAAGCT ACAAAGTTTA GTGAGCGATA GCATTAGCGT AAAACAGAGT
CATAATGTAG ATGGTGTTTA TATTGACTTA AGTAACTTGG ATTTTGACAA GCTGAAAGCT
GCTTTCGCAA AGTCTGATCA AAAAAATACT ATGACATATA CGCTTCAACA GATCATTGAA
AATAAGCTGG AGCAAATGTT AAAGGAGAAT CCTTTAAGGA TTGAGTTCTA TGAGCGTTAT
AAAGAGATCA TTGATGCTTA CAATGCTGGT AAGTCTCTAG AGAATACAGT GAAAGCTTTC
GATGATCTAA ACGATTTTGT TAGAGATCTA TCTGTTGAAG AGCAGAGAGC TGTAAGAGAA
AATCTAGGCG ATCAAGAAGT GTTGGCAATT TTCGATTTAT TAACTAAAGG AAAAGAGCTA
AACAATGAAG ATGTTAAAAA AGTTAAAAAA GTCGCTAAGG ATACGTTAGA TAAATTAAAA
GTAGAAAAGT TAAGTATCGA GCGTTGGCGA GAAAGTCGTG AAGTAATCGC TCAAGTTAAG
ATCGTTATTC ATGAGAATAT GTTGCACTTA CCTATTGAAT CATATAGTGA TGAAGATGTT
GATACTAAAG CAACAGATGT CTATCAGCAT ATCTTTGCCA GCTACCGTGG TGGTAATGAT
AGTGTTTATA GAATGAGCGC TTAA
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| Protein sequence | MSYEYSEDGM VEEATKDVLI ELGWEVVTAW KKETFGKDGL LGRENRSEVI LTRELSHALV
TLNPGLPDTA YQQAIDIITQ KTADKTLGKI NQEKYKLLKD GVPVKFTNSD NELEERDLKV
FDYQDYSNNS FLAVSQLEVV GDLYNRRPDI VGFVNGIPLV FFELKAHHQD LRHAYDDNFT
DYKDTIPAIF HCNGFVILSN GTESKVGTVT SPYKYFLDWK RIEEDAEGVV SLDTMIRGTC
DPKRLMDIFE NFLLFDTSYG EVVKLMAKNH QYIGVNKVID QVDNIEDLQG KLGVFWHTQG
SGKSYSMVFL CEKIHRKMGG SYTFLLVVDR SELESQIYDT FSGVGVVNKK ELIAGKKSGM
TGREHLRELL SENHRYIFTL IHKFSIDPNK ESEYPLITNR KNVIVISDEA HRTQGGTYAR
NMRFYGLPNA SYLGFTGTPI IKDEEELTKD IFGDYVSVYD FKRAVEDGAT LPLRYLNKGE
LLNIDNPKLD EEMAEVLENE DLTEDQRQKL IHKFSRNYPI LTAQSRLETI AKDLVWHFNE
RGYQGKAMLV ALDKPTAVRM YDLIKRYWGE YLIELQKRID NAEDVQEAQE LGRKFNRVTE
TEVCVVVSGE QNEVDKFKKL GLDVATHRKK MVERDLEKEF KDPDNPFRLA IVCAMWITGF
DAQCVSTVYL DKPIKGHTLM QTIARANRVY DDEKENGLIV DYGNVYEQLE KAYSVYGEGG
TGGGGKGTGP EKPIPELSEL EVELKIAIEE TIKHLGSLGF DLESLKNASP MLRISKLQEA
ENCVCLNETS RATFEVMAQN VFRKYKALFP EPQAKSHTKD HNAIEAIYKQ LNKKAKSADI
TEVMKKLQSL VSDSISVKQS HNVDGVYIDL SNLDFDKLKA AFAKSDQKNT MTYTLQQIIE
NKLEQMLKEN PLRIEFYERY KEIIDAYNAG KSLENTVKAF DDLNDFVRDL SVEEQRAVRE
NLGDQEVLAI FDLLTKGKEL NNEDVKKVKK VAKDTLDKLK VEKLSIERWR ESREVIAQVK
IVIHENMLHL PIESYSDEDV DTKATDVYQH IFASYRGGND SVYRMSA
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