| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_3941 |
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| Symbol | |
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| ID | 4843755 |
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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 baltica OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | + |
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| Start bp | 4634592 |
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| End bp | 4637606 |
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| Gene Length | 3015 bp |
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| Protein Length | 1004 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640121207 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_001052280 |
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| Protein GI | 126176131 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0210] Superfamily I DNA and RNA helicases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGTCATTGA CTCACTCTGA ACAAGATATC AAGCACAGTT GGTTTGGCCA TTTCTTTATT
GGCAAAGCTG ATGCGGTAAA ACTCAGCGCC TGTGGTATTA GCATTAATCG CACTAAAGGC
GGCTTTTTTG CTCACTCTCG CAGCGCTAAT GAAGTTGCCG CTGACGAACA TTTTACTTGG
CAGCAGCTCG ACTCCCCGCC GGTTTTTACC TTGAGTCCGC TCGGATACTT GCTCAGTTTC
ACTGTATCTG GCAAAGCCTA TCAACTGCCG TTTCTAAGCT ATTTTGCGCA GCATCAATTT
GGCAACGAAA TCGCACTGCT TTGGGCGAAT GCTAATGGGG CGCGCATTGC TGAGTTAGTG
GCGAAAGTCG ATAAAATACT GGCACACACT TATTTACGTG AATCACGTTT AGCAATGATA
CAAGCCAGAG TCGCGCGCGA ATATCAGCGT TGGTTCCCTT GGTGTGAAAA CCTGCCATTG
TCTGCACATT TACACACAGT GTTAGTGAGG CTTAAGCAAA TCCACCGCTG GACCCGCGCC
GATGTAAAGC ATCTGCGTGA AGATTACGTT CAGTCACAGC TCGTTAAATT TGCAGACTAT
TTTGAGCATG TAGAATCTAA TCCCTTAACC GAAAAACAGC GCCGAGCTTG TATTATCGAT
GATAACAATA ACTTATTATT GGCCGGTGCA GGCACGGGCA AAACCAGTGT GATGGTCGGG
CGAGCCGGAT ATTTGCTGAA GAGTGGTCAA GCAAAAGCCG ATGACATATT GCTATTAGCC
TATGGCCGTA AAGCAGCTGA CGAGATGGAT GAACGGATTA AAAACAAGCT TGGCACGGAG
GATATCAAGG CGAGCACTTT CCACAGTTTA GGCTTAAAAA TTATCGCCGA CGTTGAGCGC
GCTAAACCCA GTTTGTCCCC TTGGGCAGAG GATGACAAAG CCAAAGAGCT GTGGGTGCAC
CATACCCTTG AGACTTTGAT TGAAGATGAG GCTTACCGTA AGCAGCTTTT CGAGTACTTC
AGCCGCTTCT ATTATGTTGA AAAAAGCCCG TTCGAGTTCG AGGTGGAAGG TGAGTATTTT
CAATACTTGA ATGATAACGA TATTCGCACC CTTAAAGGTG AGCGAGTCAA AAGCTTTGGT
GAGCTCTACA TTGCCAACTG GCTATTTAGC AATGGCATTG AATATGTTTA TGAAGCTAAG
TATGAGCATG ATGTGCGCAG TATTGATTTT CGTCAGTATC AACCCGATTT CTATCTGCCT
GAATACCAAG TTTATCTTGA ATACTATGGT ATTGATGAAC ACCAGCATAC CGCCCCTTAT
ATCGATAACC ATAGGTACTT GGAATCGATG GCATGGAAAC GCAAGCTACA TAAACAACAT
GGTACTAAGT GTGTTGAACT ATTTTATTAC CAACATAAAA ACGGGTCGTT AATCGGTAAG
CTTGAGCAAG CTTTACAGGT CTTTAAAGTG CAATACGCGC CCTTACCCGA TGAAGCCATA
CTCGCCACCC TGCATGAACT AGGCCGCGTG ACTGAATTGG CAAAAATGTT TAGTCAGCTG
ATTGGGCTGT ATAAAGCAGC TTGCCTTGAT GAACATGGCC TTGATGGGGT ATTTGCCCGC
GCCGCCGATG CTCAGCAGAC CCGTAAGGCA TTCGAACTGC TTGAGCCCAT AATCACGCGC
TATGAGCAAC ATTTAGCAAT AAATGGCGAC ATTGATTTTG AGGACATGAT TGGCAAAGCG
CTGACGTATC TACAACGCGG GCAATTTATT AGCCCGTGGC GTTTTATTAT GGTGGATGAG
TTCCAAGATA TTTCAGAACC ACGTGCCCGC TTAGTGCGTG CCTTGAGGGA TTCCTGTGCG
CCCCATTCTA AAGCGCAGGC GTCTTTATTT TGTGTCGGGG ATGACTGGCA GGCGATTTAT
CGCTTTAGCG GCGCAGATGT GAGTTTAACC ACGCAATTTA CTCACTATTT TGGCCCAACC
GCCCGAAACG ACTTAGACCT GACTTTTAGG TTTAACAGCA GTATTGGGCA AGTCGCCACC
CAGTTTGTCA CCCAAAATCC CACACAATTG AGCAAGGATA TTCGCTCCCT CACGCAGGTC
ACCTCCCCCG CGGTTTCAAT ATTACGCCGC GGAGAAAATG AACCACCCAG TAAAGATGAA
CCAAGCCCGA ATGCATTAGA ACAAGCATTA ACGGCGATAA GTGCAAGGAT AAGCGCCGGA
AGTGACAAAC TTAACAGCGT ACCGAGCGTC TATTTGTTGG CACGTTTCTG GTTTCAGTTA
CCCGATAAAA CCCAAGTTAA CCAACTTAAA ACTAAGTACC CCAACATGAA GATTGAGTGC
CAATCTTTTC ATGCTTCGAA AGGGAAAGAA GCCGATTATG TGGTGATCAT GGGGATGAAG
ACGGGAATGC ATGGCTTTCC GTCGATGAAA ATTACGCCGC CGATACTGGA TGCTTTTTTA
CCTAAAACTG AAGCGTTTGA ATTTGCAGAA GAACGCCGAC TATTTTATGT CGCATTAACG
CGGACAAAAC ACCGTGCCTA TGTGATTGCC GATATGACAG ATGTGAGTCC TTTCGTCACT
GAACTGCTTA CAAAAGACTA CCCAATTGAA CAAGATGAGT TCAGCACCTC TTTAGTACAA
AGGTTATTTA AAGAAGTAAA ATGCGTGCGT TGCAGCACGG GAATGCTTAA GCCTAGAACG
GGAAATTTTA AATCGTTTTA TTCTTGCTCA CACTTTCCCT TGTGCGATCA CAAGGAGCAA
GGCTGCGAAC TCTGCGCTAG CCCAATGACG CGTAACCATT TTGCAGGCTT TAAGGTGTGC
CTAAATGAGG CTTGTGGACA TATATCACCG CTTTGTAACC TCTGCGGCGG CGATATGCAG
TTGAAAGATG GTCGATTCGG CCCCTTTTGG GCCTGTCGCA ATTACCGCGG GCAAAACCTA
CCCAGTTGTA CGAATACACT AAACAAGGCC AAGTTATCGA TCCCAAGCGA GCGACCCCAA
AAGCATGTGA GTTAG
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| Protein sequence | MSLTHSEQDI KHSWFGHFFI GKADAVKLSA CGISINRTKG GFFAHSRSAN EVAADEHFTW
QQLDSPPVFT LSPLGYLLSF TVSGKAYQLP FLSYFAQHQF GNEIALLWAN ANGARIAELV
AKVDKILAHT YLRESRLAMI QARVAREYQR WFPWCENLPL SAHLHTVLVR LKQIHRWTRA
DVKHLREDYV QSQLVKFADY FEHVESNPLT EKQRRACIID DNNNLLLAGA GTGKTSVMVG
RAGYLLKSGQ AKADDILLLA YGRKAADEMD ERIKNKLGTE DIKASTFHSL GLKIIADVER
AKPSLSPWAE DDKAKELWVH HTLETLIEDE AYRKQLFEYF SRFYYVEKSP FEFEVEGEYF
QYLNDNDIRT LKGERVKSFG ELYIANWLFS NGIEYVYEAK YEHDVRSIDF RQYQPDFYLP
EYQVYLEYYG IDEHQHTAPY IDNHRYLESM AWKRKLHKQH GTKCVELFYY QHKNGSLIGK
LEQALQVFKV QYAPLPDEAI LATLHELGRV TELAKMFSQL IGLYKAACLD EHGLDGVFAR
AADAQQTRKA FELLEPIITR YEQHLAINGD IDFEDMIGKA LTYLQRGQFI SPWRFIMVDE
FQDISEPRAR LVRALRDSCA PHSKAQASLF CVGDDWQAIY RFSGADVSLT TQFTHYFGPT
ARNDLDLTFR FNSSIGQVAT QFVTQNPTQL SKDIRSLTQV TSPAVSILRR GENEPPSKDE
PSPNALEQAL TAISARISAG SDKLNSVPSV YLLARFWFQL PDKTQVNQLK TKYPNMKIEC
QSFHASKGKE ADYVVIMGMK TGMHGFPSMK ITPPILDAFL PKTEAFEFAE ERRLFYVALT
RTKHRAYVIA DMTDVSPFVT ELLTKDYPIE QDEFSTSLVQ RLFKEVKCVR CSTGMLKPRT
GNFKSFYSCS HFPLCDHKEQ GCELCASPMT RNHFAGFKVC LNEACGHISP LCNLCGGDMQ
LKDGRFGPFW ACRNYRGQNL PSCTNTLNKA KLSIPSERPQ KHVS
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