| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_0282 |
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| Symbol | |
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| ID | 4035614 |
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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 | 336824 |
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| End bp | 341173 |
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| Gene Length | 4350 bp |
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| Protein Length | 1449 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637972731 |
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| Product | ribonuclease |
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| Protein accession | YP_579550 |
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| Protein GI | 93005113 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG1530] Ribonucleases G and E |
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| TIGRFAM ID | [TIGR00757] ribonuclease, Rne/Rng family |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.936888 |
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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 | 0.231698 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACGCA TTTTAATCAA CGCCACCCAA AACGAAGAGA TTCGTGTTGC CCTCTGTAAA
GGCAATCATC TATACGATTT CGATCTCGAA AACCGTACCC GCGAACAAAA AAAATCTAAT
ATCTATAAAG GTCATGTGAC CCGTGTCGAG CCCTCGCTTG AAGCGGTATT TGTCGAATAT
GGCTCACAGC GTCAAGGTTT TTTGCCGATT CGTGAAATCT CTGCCGAATA CTTAAGCGGC
AATCCACGTG ATGAAAACAT CAAAAAGCTG ATCAAAGAAG GTGACGAGCT CATCGTCCAA
GTTGAAAAAG AAGAGCGCGG CAATAAAGGC GCTGCCCTTT CAACTTATGT GTCATTGGCT
GGTCGTTATC TGGTATTAAT GCCAAACAAT CCTCGCGGCG GTGGCATCTC GCGTCAAATC
TCAGGCAAAT TGCGTGAAGA TATGAAACGT ATGCTTGGCA GTTTAGATCT GCCAAAAGGC
ATGAGTGTCA TCATACGTAC TGCTGGTATT GGTAAAACCC AAGAAGACTT GCAGCACGAT
TTAAATCATT TGCTAAACAT CTGGCAAGCC ATTCAAGAAC AAAACCAAAA ATATCCATCA
CCGCGCCTAG TGCATCAAGA AGCGGGCGTC GTTACGCGTG CTGTCCGTGA CTATCTACGT
GATGACATCT CTGAGATTTG GATTGATAAC GAAAACGCTT ATATTGAAGC AGCGGGCTTT
ATCGATGCTG TGATGCCAAA ACAGGCTGAA AAACTACGCA AATATACCGA TTATGAGCCG
ATGTTTTCGC GCTTTAATAT TGAAAAACAA ATTGAAACTG CCTATCAGCG TGAAGTTCGC
CTACCATCAG GTGGCTCAAT TGTTATCGAT CAGACAGAAG CATTGGTATC TATCGACATC
AACTCTGCTA AGTCTACCAA AGGTTCAGAC GTTGCTGAAA CCGCTTACCA TACCAATCTA
GAAGCCGCCG ATGAAATTGC TCGTCAGCTA CGTTTGCGTG ATATGGGTGG TTTGATTGTC
ATTGATTTTA TTGACATGAA TGACAATAAG CATCAAAAAG AAGTTGAAAA ACGTCTGATT
GATGCCACCA AATATGACCG TGCACGTGTG CAATTTGGTG ATATTTCTAA GTTTGGTCTG
ATGGAAATGA GCCGTCAGCG TCTGCGTCCG TCATTAGAAG AGTCGACTGG TTATATCTGC
CCACGCTGTC ATGGTAATGG CATGATTCGC GACCTGCGTT CATTGTCATT ATCTATCATG
CGTCAGATCG AACAAATCGC GCTAAAAGAG CGTCAAGGTG AAGTTCAAGC AGAAGTACCG
ACTGATATCG CAGCGTTTTT GCTGAATGAA AAACGCGACA GCTTGGTCTA TCTTGAGCAA
GACAGTGGTA CACGTATCAC TATTTTGCCG CATGCGCATT TAGAGTCGCC AAACTTTAAA
CTTCACTTTA ATCGCGATGG CTTTGCCCCG TCAAGCTACG AGCGTATCAC CGATACTCAG
CTGCAAGAAC ATAGCGAGCT TGGCTACAAC GTTGACTGGC AAACGGCTGA AAAAGAGCGC
CCTGAGCAGC AGCCAACTCG ACAGCCTCGT CAAGCTGCGG ATAAAAATAG CAGCGATCAA
GCGCAGGCTC GTCCTAATGC CCAGCAAAGT ACGCCTACGC AGCAGCAACA GAATAGCACC
AGTCATAGCA ATGAACATCG CAGTAATAAC AATAGTAGCA ATGTGACATC AGCACGTGCG
CCACAGGCTC AAGAGACTCC AAGCGCTCAA AACCCTCAGA GCTCTCAAAA CATTGTGACC
CCATCAGCGC CAGTAGCACC ACAACCTACT GCTATTGCCG CTGCACAGCC GCAAGCAGTT
GCTTGGTTAT CTAATTTATT TGCGCAAGCA CCGCAAGCTC AAACCACATC GAGTGTTAGT
AGTCGAGATG CTGCTGAAGC TATTGAAGCA TTGGTTAATA CCGGAGCACA AAGTCTAGGC
TCGTTTGGCC AAGTGGATAA TACGGCTTTA GCGAACAATA ATAATAGTCA AAATACTGCA
ACGCCTCAGC CAGCAACTAA TCAGCAAAGT AGTAATGAGC AGAATCGTCA ACTGACACGT
TCTGCTGAGA GTAGTACTGA TGATAGCAGC GACGCTGAAG AAAGAAGAAG ACGTAAACCA
CGCAAATCAA GACCATCTAA GCCGCGTCAA AGAAAAGAGC AGGCAGATGA AACTGAGAAT
AGCGCCACTA GCAATACGAC TGACAGCAGC GCTAGCACTG ATGACAAAGC TAACAATCAA
GATAAACGTC AGCAGGATAA TAGACGTCAT AACGATCGTA ATCGCAACAA TCGCCAAGAC
AATAATCGTA ATACAAATGA AGACAACGCT AATCCGACCA GTGTTAATGC AACCAGTGTC
AGCGACAGCA GTCGTTCTGA CAGCTCTGAT AATGTAGTAG AAGAGCAAAC TCGTACTAAG
CGCAAATCGA ACAGTCAACG TGGATCACGT GGCAAGCTTG AGCGCGGTGA AACTTTAACG
GCAGCTGACT CTAAGCAAAA CAATCAGCAA GCCTCTAAAA ATGCTAACAG CAACAAACAC
CATTCTAATG CGCGTCGCAA CCAAGACCCT AATGAAGTAG TATTACAGGT AAATGAAGCT
ACTAGTGAGC TCAAATCACC AGAAGTGGTA CATTTGTCAT TAGATGATAG CAAGTCTACT
ACATCACGCC AAGCGACTCA CAAGCAAGCA GTAATTGAAA GTGATACTGA TGCTGATGCT
GAAAAAGAGC ATTCAGAGAA TAATAATGAG CAGCGTGCGG ATAAGCAAAA GCCAGTCGAT
AACAAACCAG CTCAAAAAAC TTCTAAAACG ATTGATACCA GTAGCGTTGC ATCTGATAAC
ACACAACAAA GTAGCGTCCA AGCTAAAACT TCTGAAAAAG TCTCTGCACA CGTCAATACT
ACTCAGATCG ATCAAGTAGA AAAAAGCGCT AATCCCGACA AAGCGAATCA ACCCACTTCG
AAAGAAGACG ATAAAAGCGG CGATAAAATT AGTAGCCACA AACCTGCTGT AGATGAACGA
GCTAATACAA AAATTAGCAT GGACAGTGAA GCCGAGAATA CTGCATCAAC TCAAGAAGTG
GTAGCGGTAC AAGTAGAAAA GGCAGCGCCA ATCGAAACCA CTCAGAAGGC TCATGTTGCT
GAAAATACTG CCGAAGAAAA TGTGGTCGTG GATTCTAACG AAGTTGCTGC CGAGGATAGT
AGCAGTCAGG CAGTACTTGA GCTTAGCCGT GATTCTTTAT TTGCTGAACG CTACGTTGCG
GCAAATAAGT TTGGTCAAGC CAGTAATGAC CCACGCGTCG TACGTCTTCA ACAGGTGCAA
GCATCATTTG CTAAAGCGTC TCACGCAAAT GAGCAGGATG CGCAAGCTAG TGAGCGCGCT
CCTACCATTC GTGGTACGGT TGGTGAATTT ATCCGTGCAA CCTTAGCAGA GGCAGAAAAT
CGCTTAGCGA CAGACGGTGT CATCAGCTGC TTTAATGCTG CTATCGCTAA GCATCTAGAG
CAGACGCTAG TTAAAGACAG CGCTGACAAG CAAGTGGCTA TTAAACCAGT TGCTCATAGC
GACTTTGACT TTAGTAACTA CGGCTATCAG CCTTTAGCAG CGGACTACAT TGCACGTTTT
GAGTCAATGA CAAAAGCCGT CAGTCAGTTT GCAGCGTCCC AAGGTAAAAC CTCAGTAGAA
CCCCGTGCTA TCAGTAAACG TGCTAGCAAC GATCCACGTG GTCAGCATCC TGATTATAAA
GAATCAGCGG TATTGGCGGT TACTGATGCG GCAAATAACG AGCCCGTTCA AACGGGCATC
GATATTGATG CGCATGAAGT AGAAGCTGAT GCTCTGGCCA ATCAAGCTCA AGCAGATGCT
GTTAGTGATC AAAGCAAGCA GTTATTAGAT GCTGAGCAAA CGTTAGCAGA AGTAGATGCA
GTGCAAGCTC ATATCGAAAG CACTGATATT GAAAGTATCA GAAGTGTCGA AAATGATGTA
TCTGAAATCA AAATGACCGA CGTCGACGCT GCTGAGGTTG CAAACATTAC TGTCGAGCAA
AGTGAGACTG TACAAGATGC TGAATCAATA GTAGCGCCTT CTCTGAAAGA CGACAGTCAA
GCAGCCAAGT CAAAAACGAC CATAGCCAGT TATAAAAACA TGATTGAAAA TGTGGCAGAG
CAATTACTAC CACAAAAAGG CATGTTCAAC TTAACAACGC CTAAAGTACC AAAGGCTCGT
GCCCGTAAGC CAAAAGCTGA TCATAAAAAG CCGACGCAAG CTGAAAAACT TGAGTCAGAT
GATTCAGACA ACTTAGATAG AGAGAGCTAA
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| Protein sequence | MKRILINATQ NEEIRVALCK GNHLYDFDLE NRTREQKKSN IYKGHVTRVE PSLEAVFVEY
GSQRQGFLPI REISAEYLSG NPRDENIKKL IKEGDELIVQ VEKEERGNKG AALSTYVSLA
GRYLVLMPNN PRGGGISRQI SGKLREDMKR MLGSLDLPKG MSVIIRTAGI GKTQEDLQHD
LNHLLNIWQA IQEQNQKYPS PRLVHQEAGV VTRAVRDYLR DDISEIWIDN ENAYIEAAGF
IDAVMPKQAE KLRKYTDYEP MFSRFNIEKQ IETAYQREVR LPSGGSIVID QTEALVSIDI
NSAKSTKGSD VAETAYHTNL EAADEIARQL RLRDMGGLIV IDFIDMNDNK HQKEVEKRLI
DATKYDRARV QFGDISKFGL MEMSRQRLRP SLEESTGYIC PRCHGNGMIR DLRSLSLSIM
RQIEQIALKE RQGEVQAEVP TDIAAFLLNE KRDSLVYLEQ DSGTRITILP HAHLESPNFK
LHFNRDGFAP SSYERITDTQ LQEHSELGYN VDWQTAEKER PEQQPTRQPR QAADKNSSDQ
AQARPNAQQS TPTQQQQNST SHSNEHRSNN NSSNVTSARA PQAQETPSAQ NPQSSQNIVT
PSAPVAPQPT AIAAAQPQAV AWLSNLFAQA PQAQTTSSVS SRDAAEAIEA LVNTGAQSLG
SFGQVDNTAL ANNNNSQNTA TPQPATNQQS SNEQNRQLTR SAESSTDDSS DAEERRRRKP
RKSRPSKPRQ RKEQADETEN SATSNTTDSS ASTDDKANNQ DKRQQDNRRH NDRNRNNRQD
NNRNTNEDNA NPTSVNATSV SDSSRSDSSD NVVEEQTRTK RKSNSQRGSR GKLERGETLT
AADSKQNNQQ ASKNANSNKH HSNARRNQDP NEVVLQVNEA TSELKSPEVV HLSLDDSKST
TSRQATHKQA VIESDTDADA EKEHSENNNE QRADKQKPVD NKPAQKTSKT IDTSSVASDN
TQQSSVQAKT SEKVSAHVNT TQIDQVEKSA NPDKANQPTS KEDDKSGDKI SSHKPAVDER
ANTKISMDSE AENTASTQEV VAVQVEKAAP IETTQKAHVA ENTAEENVVV DSNEVAAEDS
SSQAVLELSR DSLFAERYVA ANKFGQASND PRVVRLQQVQ ASFAKASHAN EQDAQASERA
PTIRGTVGEF IRATLAEAEN RLATDGVISC FNAAIAKHLE QTLVKDSADK QVAIKPVAHS
DFDFSNYGYQ PLAADYIARF ESMTKAVSQF AASQGKTSVE PRAISKRASN DPRGQHPDYK
ESAVLAVTDA ANNEPVQTGI DIDAHEVEAD ALANQAQADA VSDQSKQLLD AEQTLAEVDA
VQAHIESTDI ESIRSVENDV SEIKMTDVDA AEVANITVEQ SETVQDAESI VAPSLKDDSQ
AAKSKTTIAS YKNMIENVAE QLLPQKGMFN LTTPKVPKAR ARKPKADHKK PTQAEKLESD
DSDNLDRES
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