| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0150 |
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| Symbol | |
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| ID | 4626355 |
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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 | 194756 |
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| End bp | 197338 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 639795340 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_941617 |
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| Protein GI | 119943937 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4096] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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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 | 24 |
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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 | ATGAATAGAA ACGAATCTGA AACCCGCGCT GACTTAATCT CGCCAAAATT GGCCTTAGAT
GGCTGGGGAA CCACTGAGCG CAGTATTATT CGCCGTGAGT TCGGCATTAC CGCAGGCCGT
ATTTTAGGGG GTGGTAAACG AGCCTCAAGC CTGAGTAGTG ATTATGTTTT AGAATTCCAA
GGCCGAAAAC TTGCCGCCGT TGAAGCTAAA AGAGAAAGCT TAAGTTATAC AGAGGGTGTT
CGCCAAGCGA AAGACTACGC TCAACGTTTA CAATGCCGTT TTGCCTATGC CACCAACGGG
CATGACATTT ACCAAATAGA TATGCTAACG GGTTTTGAGC AGTTAGTAGA TAACTACCTA
AGCCCAGCCG ACATGTGGCG CTTGTGCTTC GAACCCGTCA CTGGAAAAAC AGAGCCTGAC
TATACTGCCA CATGGCGGAC ACGTTTTGCA CAAATACCCT TTGAATTTAA AGGTGACTGG
CAACCTCGTT ATTACCAAGA AAACGCCATT AACCAAGCAT TAGAAGCCAT AGCGTTAGGT
AAAGACCGCA TACTACTTGC TCTTGCTACA GGCACGGGTA AAACCTGTAT TGCCTTTCAA
ACCGCATGGA AGTTATTTCA CAGTCGTTGG AGTTTACAAG CGGCTAAAAA CCCCAGTAAT
GCTAAAAAAC GCCCTCGTAT TTTATTTTTG GCTGACCGTA ATATATTAAC CAAACAAGCC
TTTAATGACT TTGGTGCTTT TGGCGAAGAT GCCGTGGTGC GTATTACCCC GAGTGAAATT
AAAAAAGCCA AAGGTGTACC TAAAAACGCC AGTATCTTTA TGGCTATTTT CCAAACCTTA
ATGACAGATT CGGCTAGCAA CCCAACTAAC GACAGTGATG AGGAAGAATT GCCGGAAGAC
GAAGACTACA GCCTACCTAT AGTTACCGAC ACCAGTAATT GTAATTTCAG ACAATACCCC
GAAGACTTCT TCGATTTTAT TATTATTGAT GAATGTCACC GTGGCGGTGC CAATGACGAA
AGCTCATGGC GCGATATTCT TAACTATTTT GCGCCTGCTG TGCAATTAGG TTTAACCGCG
ACACCAAAGC GTACTGACAA TGTCGACAGC TATAAATACT TTGGTGAACC CGTTTACAGC
TACACATTAA AAGAAGGGAT CAACGACGGA TTTTTAACGC CCTTTAAGGT GTATCCAATT
GTCGGCACGA TGGACGAATA CCAATATACC CCGGGAGATG CGGTGACGTT TAAAGGCGAA
CCCGAAGCAG GCCGAGTATA TAAAGAAGGT GACTTTAACC GCATCATCAC TATGCCACAG
CGCGAACAAA AACGTGTGCA CTATTGGATG GATCACATCA ACCCACATGA TAAAACCATC
GTATTTTGTG GCACACAAGA ACACGCGGGC ATGGTGCGTG ATTATATTAA TCAATACGCA
GTGCAAAAGG GTTGGACAAC CAACCCAACG TATTGTGTAC GTATTACCGC TAACGATGGC
GCGGCGGGTG AGAATGATTT AAGAACCTTC TGCGACAACG AAAAAACCAT ACCAACCATA
TTAACTACGT CGCGTAAGTT ATCCACTGGC GTAGATGCTC GTAACGTACG TAACATCGTA
CTAATGCGGC CCTGTAATAA CATGATTGAG TTTAAGCAGA TTATTGGTCG TGGTACGCGA
CTGTACGACG GAAAATCATT TTTTACCGTG TATGATTTTG TAAAAGCACA TCATAATTTT
GCAGATCCAG AATGGGATGG TGAACCATTA CCTCCTAAAG AAAAACCAGA CGAACAACCT
TGTGATATTT GTAATGTCAG CCCATGCATT TGCATCTGTG AGGTTTGTGG TTTTAACCCA
TGTAACTGTA AAGACGACAC ACCAAACGAA CCCTGTGGCG AATGTAATCA ATCTCCTTGC
CAGTGTCTAA CTGAGCCTTG TAATAACTGC GGTGATACAC CTTGTAGCTG TAATACGGAT
GACGACGATG GGAATACGGG CAGACCAGAT AAAATATTCA TTACCCTAAC CGACGGAAAA
GTACGCCAAA TACAACACAT GAAAAGCGTA TTGTTTATGG GTGCCGATGG TGAAATGCTC
ACCGCAAAAC AATTTGTAGA ACAACTGTTT GGTGACTTAC CACGTTTTTT TGGTAACGAA
GATGAATTAC GCCAAATATG GAGCAATCCA AGCACACGCG AAAAGCTATT AACTGATTTG
TATGAAGCGG GTTACGATGA TGAAAAACTC GATAGCATGA AAGACATTAT CGATGCCAAA
GACAGCGACG TATATGACCT ATTAGCCTTT GTAGCCTACG CAAAAGACAC CCATACCCGT
AAAGAACGTG TCGCAACGGC GAAACCGGGT ATATCTAGTG AGTTCACCTA CAAACAAGTC
GAGTTTATCG AATTCATATT AGATAAATAC ATAGAAGACG GCGTACAAGA ATTGGCAGCT
AAAAAAATGC GCAGTTTGGT AGAACTTAAA TACAACACCA TAAGCGATGC CGCAGCAGAG
TTTGGTTCAC CGGCAGCAAT ACGTGACACG TTTATCGGCT TTCAGAAGCA TTTGTATCAG
TAG
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| Protein sequence | MNRNESETRA DLISPKLALD GWGTTERSII RREFGITAGR ILGGGKRASS LSSDYVLEFQ
GRKLAAVEAK RESLSYTEGV RQAKDYAQRL QCRFAYATNG HDIYQIDMLT GFEQLVDNYL
SPADMWRLCF EPVTGKTEPD YTATWRTRFA QIPFEFKGDW QPRYYQENAI NQALEAIALG
KDRILLALAT GTGKTCIAFQ TAWKLFHSRW SLQAAKNPSN AKKRPRILFL ADRNILTKQA
FNDFGAFGED AVVRITPSEI KKAKGVPKNA SIFMAIFQTL MTDSASNPTN DSDEEELPED
EDYSLPIVTD TSNCNFRQYP EDFFDFIIID ECHRGGANDE SSWRDILNYF APAVQLGLTA
TPKRTDNVDS YKYFGEPVYS YTLKEGINDG FLTPFKVYPI VGTMDEYQYT PGDAVTFKGE
PEAGRVYKEG DFNRIITMPQ REQKRVHYWM DHINPHDKTI VFCGTQEHAG MVRDYINQYA
VQKGWTTNPT YCVRITANDG AAGENDLRTF CDNEKTIPTI LTTSRKLSTG VDARNVRNIV
LMRPCNNMIE FKQIIGRGTR LYDGKSFFTV YDFVKAHHNF ADPEWDGEPL PPKEKPDEQP
CDICNVSPCI CICEVCGFNP CNCKDDTPNE PCGECNQSPC QCLTEPCNNC GDTPCSCNTD
DDDGNTGRPD KIFITLTDGK VRQIQHMKSV LFMGADGEML TAKQFVEQLF GDLPRFFGNE
DELRQIWSNP STREKLLTDL YEAGYDDEKL DSMKDIIDAK DSDVYDLLAF VAYAKDTHTR
KERVATAKPG ISSEFTYKQV EFIEFILDKY IEDGVQELAA KKMRSLVELK YNTISDAAAE
FGSPAAIRDT FIGFQKHLYQ
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