| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_0304 |
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| Symbol | |
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| ID | 6114530 |
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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 | Shewanella woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 372533 |
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| End bp | 375205 |
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| Gene Length | 2673 bp |
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| Protein Length | 890 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 641631788 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001758700 |
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| Protein GI | 170724674 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 26 |
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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 | ATGTTCCAGT TAAAAAGCTA CCAACAAGGT GCGTTAGATA CCCTAGCTAG TTTCTTCAAG
CGCTGCCGTG AGACGAATAA TATAGAAACA TCTTTCAGTG AATCTTTAAA AGAGAATAAT
TTCACTGATG TACCATATCG AGCTTATAAA TTTGATAATA CTCCTTATGT CTGTGTTCGT
ATTCCGACTG GTGGTGGTAA AACCATATTA GGCACCTATG CGATTTCAAC AGCAGCCAAG
GAGTTTTTAT CCAAAAGCTA TCCAATTACG CTATGGTTAG TGCCAACCAC AACGATTCAA
CAGCAAACTG TTGCAGCTTT AAAAAGCAAT CCAGCTTATA CCGAGCACTT AAACAAAGCA
TTTGCTAATA ATGTCAGCGT TTATGATATC GCAGATGTTA ACCAAATTCG TTCTCAAGAT
ATCGGCAATA AAGCCATTAT TGTTGTTTCT ACTTTAGCGA ATCTAAGAGT AACAAAAACC
ACAGATCGCA AGGTTTATCA GTATCACGAA GACTTTGAAC CTCATTTTTC TAAATTAACA
AGTGCTAACC CTGCATTTGA TAAATTAGAA AAGGTAACTG AAGATGATGT TTCAGAAAAC
GGATTAACAG TTAGAGACAT TGGCAAAGTC AAATACTCGT TTGCAAATTT ATTGGCGCTT
TATAACCCAC TCGTTATTGT AGACGAAGCC CACAATGCTA GAACTCCATT AACCTTCGAC
ACACTTAAAC GTGTTTACCC TGCTGCCATT ATGGAGTTTA CCGCCACACC TAATACTACT
GGAACCAATG CAAGTAATAT TTTATATCAT GTGTCTGCTG CTCAGCTAAA AGCTGAGGAG
ATGATAAAAC TTCCAATCAT CCTAACTGAA CATGTAAATG GTTGGGAAGA AGCAGTAAGA
GACGCTGTAC TCACCAGAGA AAGGTTGGCA GTAAAAGCTC AAAAAGATAC TGACTATATC
CGACCGATAG TTTTATTACA GGCAGAAAGC AAGAGCGGTA AAGTAACTGT CGATGTTTTA
AAGCAGTGCT TAATGGAACA ACACCATATC GATGAAAGTA AGATCGCCAT TGCTACTGGT
ACACAACGAG AGCTTGATGG ACTTGATATT TTTCAACCCG ACTGCCCAGT TGAGTTTGTA
ATTACAATTG AAGCATTAAA AGAAGGTTGG GATTGTTCAT TTGCATACGT ATTTTGCTCA
GTGAAACAAG TTTCTTCAAG TAAAGATGCT GAACAGCTAT TAGGCCGAGT TTTGCGTATG
CCATATGCAA AACGAAGAGT TATTGAAGAC TTAAATAGAG CCTATGCCCA CTTATCAACC
AATAGCTTGG CTCAAGCAGC AAAAGAACTC GCAGATAAGC TTATCGCAAT GGGCTTTGAA
GAACTAGAAG TAGCAACGTT TCTTCGTCAG CAAGACGCTA GTCAGGGTGA ATTATTTGAC
TCAAGCGGTA ACAAAAAGCC AGAATCAAAA TTGTCACCAA CAACGCTAAT GGTCGAAGTT
AAGGATGTGG TTGATTCAAC GTTATTAACT GAAGAAGACC GAAGCAGTAT AAAGGTATCT
GAAGTTGAAG GACGTAAAGT TGTTACTGTA ACTGGCAAAG TATCAGACAC TTTGAAAAAA
GCTTTGGAGA AAGTGGCAAT AGAGCCTAAA AAATCAATAG AAAGATCTAT CAAGATGCAT
AACCAGAGTG TTTATGCGGC ACAATCGCCA TCTGAAAATG GCGCTAAATT TGCCGTACTT
CCAAGATTAT GCGTAATGAG CCAAGGTGAG CTAGAACTTG CTGAAAAAGA AGTTTTTCTA
GATGCTTTTG GCTGGAATCT ATTAGATTAC CCTGCTGTTC TAGACTACAA GCCTACTGAA
GATACCACTA GCTTCTCAGT AGATTTGCAG GGGAAAAAGG TTAAATATAG CTTTGTAGAT
GATACACAAA CTCTAAACTT AAACTTTGCT AATACAGACG TTACTCAAGA TGAACTAGTT
GGCTGGCTAG ACATGGAATG TCGCCAAAGT GATGTAACTC AAAGAGAAAT GACTGGCTTT
ATGTCAAATG TCATCAATCA CTTGATGAAA AAGCCTGAGC TAACTCTTAC AACCTTGATT
AGAAATAAGT ACCCATTGGC GAATGCGATT CAAGATTTAG TATCTGAGTA CAGGAAACAA
GCAGCAACCA AAGGTTATCA ACAAGCATTA TTTTCTAATG AATCTGAAGT ATTAACGACT
TATGATTTCA GTTATGAATT TAAAGCCAAT AACTATCCAG CTCGTCCACC ATACTATAGC
GGTAGCTACG ACTTTAATAA GCATTACTAT CCTCAAATTG AAGATATGAA ATCTAGTGGT
GAAGAGTTCG ATTGTGCTCA AATTATAGAT TTAATGCCTG AAGTTAAGCA CTGGGTCAGA
AACCTTGTAA GGCGTGAAGA AGCTTCATTT AGCTTGCCAT TAGCACATGG TAACTTCTTT
CCTGATTTTA TTGTTGAGCT TAATGATGGT CGAATTTTAG TAGTTGAATA TAAGGGTGAA
GCTTACAAAA CCAATGATGA CTCAGCAGAG AAACGTCTAG TTGGTGATTT ATGGGCTAAG
CATAGTCAAG GTAATTGCTT ATTTCTTATG GCTGTAAAGA AGGATGACAA CGGCCAAGGC
GTCAGACAGC AACTCTTGAA TATAATTAGC TAA
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| Protein sequence | MFQLKSYQQG ALDTLASFFK RCRETNNIET SFSESLKENN FTDVPYRAYK FDNTPYVCVR
IPTGGGKTIL GTYAISTAAK EFLSKSYPIT LWLVPTTTIQ QQTVAALKSN PAYTEHLNKA
FANNVSVYDI ADVNQIRSQD IGNKAIIVVS TLANLRVTKT TDRKVYQYHE DFEPHFSKLT
SANPAFDKLE KVTEDDVSEN GLTVRDIGKV KYSFANLLAL YNPLVIVDEA HNARTPLTFD
TLKRVYPAAI MEFTATPNTT GTNASNILYH VSAAQLKAEE MIKLPIILTE HVNGWEEAVR
DAVLTRERLA VKAQKDTDYI RPIVLLQAES KSGKVTVDVL KQCLMEQHHI DESKIAIATG
TQRELDGLDI FQPDCPVEFV ITIEALKEGW DCSFAYVFCS VKQVSSSKDA EQLLGRVLRM
PYAKRRVIED LNRAYAHLST NSLAQAAKEL ADKLIAMGFE ELEVATFLRQ QDASQGELFD
SSGNKKPESK LSPTTLMVEV KDVVDSTLLT EEDRSSIKVS EVEGRKVVTV TGKVSDTLKK
ALEKVAIEPK KSIERSIKMH NQSVYAAQSP SENGAKFAVL PRLCVMSQGE LELAEKEVFL
DAFGWNLLDY PAVLDYKPTE DTTSFSVDLQ GKKVKYSFVD DTQTLNLNFA NTDVTQDELV
GWLDMECRQS DVTQREMTGF MSNVINHLMK KPELTLTTLI RNKYPLANAI QDLVSEYRKQ
AATKGYQQAL FSNESEVLTT YDFSYEFKAN NYPARPPYYS GSYDFNKHYY PQIEDMKSSG
EEFDCAQIID LMPEVKHWVR NLVRREEASF SLPLAHGNFF PDFIVELNDG RILVVEYKGE
AYKTNDDSAE KRLVGDLWAK HSQGNCLFLM AVKKDDNGQG VRQQLLNIIS
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