| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PsycPRwf_1325 |
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| Symbol | |
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| ID | 5205722 |
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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 sp. PRwf-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009524 |
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| Strand | - |
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| Start bp | 1621773 |
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| End bp | 1625111 |
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| Gene Length | 3339 bp |
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| Protein Length | 1112 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640599543 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_001280220 |
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| Protein GI | 148653127 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | 20 |
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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 | ATGACGGACA TAACTCGTGA ATTAACTTTT CAAAACGACA TCATCAAAGA AATGGTAGCT
AATGGCTGGG TGCAAGGTAC TGCCACTGGT TACCATCGTG ACACCGCCTT GTATGAGCGT
GATGCGCTTG ATTATGTACA GCGTACCCAG CCTGATGAAT GGGATAAGTT TTGTCGTCTG
TTTCCGCAAG ACCCAGAGGT TCAGTTTATT AAGCAGCTGG TGAAGCAGTT AGGTAAAGCC
AGTGAGCAAG CGACAGATAG AGCCTCACGT ACTTACGGCA CTTTGGGTGT TCTTCGTCAT
GGTTTAAAGG TTCGTAATAC TCGATTTAGT TTATGCCAGT TTAAGCCAGA ACACAGCTTA
AACCCTGAAG TGCTAGCACG TTATGAAGGC AATATCTGCC GTGTTGTACC TGAAGTGGTC
TACAGCGCTC ACCTAAGTCA CAAAGAGGTT GATGAAGCGA CTGGTAATAC TAAGTCAGCT
AAGCGTCACC GCATTGATCT GGTGTTGTTT GTGAATGGTT TGCCTGTGGT CACAATGGAG
CTTAAATCTG AGTTTAAGCA AGCTGTTGAA AACGCCAAGC TACAATATAA GCGTGACAGA
CTACCTGTTG ATCCTGCCAG CAAAAAGCCT GAACCACTAC TAAGCTTTAA GCGTGGTGCT
TTGGTTCATT TTGCTGTCAG TCAGTATGAT GTGTTTATGA CCACCAAGCT GGCAGGTGAC
GATACGTTCT TTCTACCTTT TAACAAAGGT ACTCGTGATG GTGGTGCAGG TAACGACATA
CCGCAAGATC ATAACCGCTA CGCCACCGAC TATCTTTGGA ATGAGGTATT AAGTACCGAT
AACCTGCTTA ATATCTTAGG TCGCTTTATG CACCTACAGA TAGAAGACAA AGAAGATGCG
CTTGGCCGCA GAACCAAAAA AGAGACCATG ATATTTCCGC GCTATCACCA GTGGGACGTA
GTGACTAATC TGGTTGAAGA TGCGGTTAAG CAAGATAAAG TCAGACACGC CAAACAAGAC
AATCCGAACT TAAACAAGAA GGTTGAAAAC CGCTACCTAA TTCAGCACAG TGCCGGCTCA
GGTAAATCCA ACTCGATTGC TTGGACAGCG CACCAACTAT CAACGCTATA CAACGATGCA
GGCACTAAGC TGTTTGACTC GGTTATCGTT GTGACTGATA GAACGGTGCT AGATGACCAG
CTACAAGATA CTATTTATCA GTTTGAACAT GCTGATGGGG TCGTCGGTCG TATTAACCGC
AAAGAAGGTG AGGGGTCAAA ATCTGAGAAG CTTGCTGAAG CTTTGATGAG CTCTCAGCCT
ATTATCATTG TTACTATTCA AACCTTCCCT TATGTGCTTA AAGCTATTGA AGACTCTAGC
GTATTAAAAG AGCGACGCTA TGCCATTATC GCGGATGAGG CTCACTCCTC TCAGTCGGGG
ACTACCGCAC GTAAGCTAAA AGAAGTCCTT ATTGCCAGTC CAACAGCCAG TGATGAGCTC
AGAGATAACT TTGAAGAGCA TGTTGATAGA GGATTGTCTG CTGAAGATAT GCTAGATGCG
ACCATTACCG CTCGTCGTGG TAGTGACAAC CTAAGCTACT ATGCATTTAC CGCTACCCCT
AAGTCTAAGA CCTTAGAGCT ATTTGGACGC TTACCTAACC CAAACCTGCC AGCCTCAAAA
GACAACAAGC CTGAAGCGTA TCATGTGTAT TCTATGCGCC AAGCCATTGA AGAAGGCTTT
ATCTTAGATG TACTCAAAAA CTACACCAGC TATAAAGTGG TGTATCAGCT CAATCAAAAA
CTGGCTAAAG ACCAAGAAGT CGATGCTAAG CGTGCCAAAA TTAAACTCAA TCAATGGGTA
CGCCTGCATG ATTATAATAT CTCGCAAAAG GTTAAAATCA TTATTGAGCA CTTTAATGAG
AATATTAAAG GCTTGCTAGG TGGGCAAGCC AAAGCGATGG TAGTTACAGG CTCTCGTAAA
GAAGCGGTTC GTTATAAGCT GGCGTTTGAT AAATACGTAT TAGAACATGG GTATAAGGAC
ATCAACGCTA TGGTGGCTTT CTCAGGTGAG GTCGAGTTTA ACGAGTCTGA TCCTGACAGC
AGTGGACTAC TGGGTGAAAG CTTCACTGAA TCTAATATGA ACCCAGACTT GAAAGGCCGT
GATATGCGTA AAGCCTTTGA TAGTGATGAC TATCAAGTGA TGTTGGTGGC CAACAAGTTT
CAGACTGGCT TTGACCAACC TAAACTATGC GCTATGTACG TTGATAAGAA GCTGGCAGGT
GTTGACTGTG TACAGACATT ATCCCGACTT AACCGTATCT ATCCTGGTAA AAAAGAGACG
GGGACTTTTG TGCTCGATTT CTTTAATGAC CCTGAAGATA TCTTAGCCGC CTTCCAGCCG
TATTATGAGA CAGCAGAGCT TGCTGATGTG ACAGACCCTG ACAAGGTCTT TGATCTGTTT
GAGAAGATAA GAGCCAGTGA TATTATTAAA TGGCACGAAG TCGATAACCT AGCAGACGCT
TTTTATAGCA AGAATAAAAG CAATGCTGCT ATTAGTAATA TCTGTAAGCC AGCCGTTGAG
CGTTGGCGAC ATCAGTATCA GCGAGCTAGT GAGGATGTAA AGCGTACCAA AGCTATATTA
GAGCGTACTA AGGCGACCAA TGATGCAGTA CTCATTGGTA ATGCAGATAA TGACTTCAAA
GAGGCCAAGA AGGCTAAAGA TGAATTGGTA TTGTTTAAGA AGGACTTAGG CAGCTTTGCT
CGCTTCTATG AGTTTATGTC CCAGATCGTA GACTATGATG ACCGAGATTT AGAGAAACTA
AGTCTATATG CCCGTCATTT GCTGCCACTG TTACGTGAGG ATTTTAATCT TGATGATGAG
ATCGACCTTA GTAATATTGA AATGACACAT TACCGTGTGT CTAAGCTCAA ACAGCAAGAT
TTAAAGCTGC AAGAGCACTC GGAGGACAAT CAATTAGAAC CTGCCAGCGG ACTTGGTACA
GCCACACCGA AGGACAAGAA AGATGACTAT CTCTCTGAAA TTATCCGTCA GCTGAATGAT
ATCTTTGCAG GGGAAGGGTT CACTGAAGAT GACTTGGTAA ATTACGCACA AACCATTCGA
GACAAAATGG CAGAAAGTGA GATTGTTATG AGTCAAGTAC GTAACAACAC AAAGGACCAG
GCCATGTTAG GCGACTTCCC GATAGCAATC GATGACGCTA TGATTGATAG CAGAGAAGCA
CATGAGAAGA TGATGATGCA TATATTATCT GACAAAGATG CACATAATAA GTTCTCAAGT
ATTATTTATG ACATGCTAGC GCAATCAATT GACTTGTGA
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| Protein sequence | MTDITRELTF QNDIIKEMVA NGWVQGTATG YHRDTALYER DALDYVQRTQ PDEWDKFCRL
FPQDPEVQFI KQLVKQLGKA SEQATDRASR TYGTLGVLRH GLKVRNTRFS LCQFKPEHSL
NPEVLARYEG NICRVVPEVV YSAHLSHKEV DEATGNTKSA KRHRIDLVLF VNGLPVVTME
LKSEFKQAVE NAKLQYKRDR LPVDPASKKP EPLLSFKRGA LVHFAVSQYD VFMTTKLAGD
DTFFLPFNKG TRDGGAGNDI PQDHNRYATD YLWNEVLSTD NLLNILGRFM HLQIEDKEDA
LGRRTKKETM IFPRYHQWDV VTNLVEDAVK QDKVRHAKQD NPNLNKKVEN RYLIQHSAGS
GKSNSIAWTA HQLSTLYNDA GTKLFDSVIV VTDRTVLDDQ LQDTIYQFEH ADGVVGRINR
KEGEGSKSEK LAEALMSSQP IIIVTIQTFP YVLKAIEDSS VLKERRYAII ADEAHSSQSG
TTARKLKEVL IASPTASDEL RDNFEEHVDR GLSAEDMLDA TITARRGSDN LSYYAFTATP
KSKTLELFGR LPNPNLPASK DNKPEAYHVY SMRQAIEEGF ILDVLKNYTS YKVVYQLNQK
LAKDQEVDAK RAKIKLNQWV RLHDYNISQK VKIIIEHFNE NIKGLLGGQA KAMVVTGSRK
EAVRYKLAFD KYVLEHGYKD INAMVAFSGE VEFNESDPDS SGLLGESFTE SNMNPDLKGR
DMRKAFDSDD YQVMLVANKF QTGFDQPKLC AMYVDKKLAG VDCVQTLSRL NRIYPGKKET
GTFVLDFFND PEDILAAFQP YYETAELADV TDPDKVFDLF EKIRASDIIK WHEVDNLADA
FYSKNKSNAA ISNICKPAVE RWRHQYQRAS EDVKRTKAIL ERTKATNDAV LIGNADNDFK
EAKKAKDELV LFKKDLGSFA RFYEFMSQIV DYDDRDLEKL SLYARHLLPL LREDFNLDDE
IDLSNIEMTH YRVSKLKQQD LKLQEHSEDN QLEPASGLGT ATPKDKKDDY LSEIIRQLND
IFAGEGFTED DLVNYAQTIR DKMAESEIVM SQVRNNTKDQ AMLGDFPIAI DDAMIDSREA
HEKMMMHILS DKDAHNKFSS IIYDMLAQSI DL
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