| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_1987 |
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| Symbol | |
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| ID | 5753731 |
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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 OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009997 |
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| Strand | + |
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| Start bp | 2369163 |
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| End bp | 2372357 |
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| Gene Length | 3195 bp |
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| Protein Length | 1064 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 641288269 |
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| Product | DEAD/DEAH box helicase domain-containing protein |
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| Protein accession | YP_001554418 |
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| Protein GI | 160875102 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1204] Superfamily II helicase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0686231 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.184545 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAGAGC TGCTTATGAA GTTTGAGAAT AAATCTTCGA AACTTTTTTC CATCACTAAG
TCGAAAGCCA AAATGTATGA GTTTGGCTTA GATGAAGAAC ACCATATCCA TTTAGCAGAA
TCACCTACGA AACTACTGTT AATGACAATT GGGATAATAG GTGATTTATG TCGTGAAGAG
CTTTCCTCAA AAAAAGATAT TACTCTTTAT GAGCAAAGAA AAGGAGAACT CCGAAACGTT
GCTCGGTATT TCGATGCTTT AATTGAGTCA AAGTTGCAAA CAAAGCACGA CTACTACCTC
AGTTTATTAG GAACTACCTC GTACTACCTT GCTGACATGC CGGGTAGCTC TTCTGTGTTA
TCAAAAAAGC TAGAACAGTC ACGAGTACTA TTAACTAAAA GTGGTGTTGA ATTTGTACTT
GAGTATGTAA TCAATTTTCA TGAGCGACCT AAAATTGTGA TTGTTGATAG TGACGATGTA
AAGTTCCATC TATTAAATCC CGAGCACTTG CCTTTTCCTG ATTTACCTAT ATTTATGCAG
CTTTTTGAGT CACTAAATCG TTTTTTTTAT CCGAAAGCGC AGGTTGAGTT CAATGAAGAA
GAAGAGAAGC GGCATTTTTC ATGGATAGTT GATACCATTC TGAAGTACTT CTTTGAGAAT
GGTTCGGATA GAGAGCTACT TCTTTCTCAA ATATTAGCTG CTGTTATTAA AAAGAGATTG
AATAGCTCAA CAAAAATGTT GTTACCAAGG TATTCAGGAT TGGATTGGAG TCACTGGTCG
TCAGTGTCGT TGAAGCCAAC ATTTATCAAA GAATTTTGGC CTGCTCAAAA GTTGCTTGGA
GATGCAGGTG TTTTCAGTGG TAAGTCCGCC GTTGTTCAAC TTCCAACAAG TGCGGGTAAG
ACCAAGTCTG CAGAGTTAAT CATTCGCTCG TCGTTTTTGT CTGGTAGGGC TTCTGTTGCA
GTGATCGTTG CGCCATATAG GTCGCTATGT AGAGAAATCA GTACTTCATT ATCGGCGGCC
TTCACCAATG AGGATATTCT GGTCAATCAA TTGAATGACG TCCCTCAAAT AGACAACTTT
GACGTTGAGT TATTGCTTCA ATTATTTGGA CAAACAGATA CTAACACAAC GGATTTTCCT
ACTATTATTG TCGCTACACC AGAAAAGTTA GTGTATTTAC TACGCCATAA ACCCGAGCTA
TCAGAAGTCA TTTCCTTGGT GATATATGAC GAAGGGCATC AGTTCGATAC AGGCAGTCGA
GGGGTTACCT ATGAATTGTT GCTGACTAGC TTAAAACTAG ACCTAAGAGT CGGAACGCAA
CACGTTTTGA TTTCTGCTGT TCTATCTAAT GCTGAATCTA TTGGTGACTG GTTGTATGCT
GGGAACGGCA CTATAGTGAA TGGAGCTGAA TTCCTGTCAA CTGAGCGAAG TATTGCTTTT
GCTAGTTGGA TAGGAGGAAG GGGACAGTTT CATTATGTTG AGCCGTTTGA CATAAATAAA
GAGGAGTTCT TTGTTCCCCG TGTTATGGAG TCTTTCGATA TACCTAAAAA AGGTAGAGAT
CTAAAACAAA GGGTATTCCC ACCTAGAGGT GATAAGACAC TAGTTGCTAG TTATTTAGGG
ATTAAGTTAT CAAAACATGG CTCAGTGGCC ATTTTCTGCG GTAAGAAAAG CTCGGTTATA
AAGATTTGTC GAGAAATAGT TCAACCTTTA GAACGTATCG AACAACTTCA AGCACCGATT
GAACATAGTG ACCATGATGA GATTAATAAA ATAGGGTATT TGTCTGAATT ACATTTAGGC
GGAAAATCTG ATGTAACTAA AGCGATAAAG TTAGGGGTAC TACCACATAG TGCAAATATC
CCTAATGGTT TGAGAATATC AGTTGAGTTT GCGATGGAAA ACGGCCTAGG GCGCTGTGTT
GTATGTACTT CAACTCTTGC TCAAGGAGTA AATCTCCCTC TAAAGTACCT AGTCGTATCA
GGTTTGTTTC AAGATAAAAA TAAACTTATT TCAACGAGAG ATTTTCACAA TCTCTTAGGA
AGAGCTGGTA GGGCAGGAAA ACATACGGAA GGCAGTATTA TCTTTGCAGA TACAGAGTTA
TTTGATCAAC ACCGTATCCT GAAATCGAAA CACTGGTCTC AAATGAATGA TTTGCTTGAC
CCTTCTAATT CAGAAGGTTG TTTGAGTAGC CTTCTTAGCT TGGCTCAGCC ATTATCTGGT
AAGGATTACT ATATCACACC TATGGATTTC CTTAAGCAAC CAGATAACTA TCAAAAGCGT
TGTATTGAAT TAATTAGTGA GGGAGAGGAT TATTCTGGGT TACTTAAGCA GATGAAACAG
AGAATTGGTT ATTTAGAAAG TCTTGAGAGT TTCTTACTTG CTAATTTAAG TACTGATGAA
ATGCTTGATG GCGAGGCATT AACTGAACTT TACAGTGGCA CTTTTGCTTT TAGCCTTGCT
AGTGATGAGG AAAAGGAATA CTTAGCTCAA GTATTTAGGG TTGTTGCGAA TAGAGTTAAA
CAAGTTAAAC CAGAAAAGCG CTCACACTAT GGAAAAGCAT TGCTAGGAAT TCAGGAACTA
AATTATCTAG AAAAGTGGTT GAGTGAAAAT CTCACAGTCT TCGGTGAAGA ATCTAGTGTT
ATAGATATGC TGGAGCTTTT ATGGCCCGTC ATTGATAATT TAGCAATGAA CAATAGTTTA
GGTAAATTGA TAGGTAAAGA TGCAAGTTTA TCTATTGCCA AGCTATGGTG TTCAGGTGTT
TCTTACCATG AGATTTTATT GCAATCAGAT ATGTTCGGTT ACAAATATAA AGCTGGCAGT
AAACAATGGA AATTAAAAAC CGAAAATATC ACCGATATTT GTGACAATAG TCTAGGCTAT
GAAGTTATGT TGGTAGTTGG CGCAAGTGCT GATTTGTTAG AAAACCTATT TGGAAATCCA
TTATTTACAG CTGTTGTTAG ACAATTACAG TTGTCCTTGC GTATCGGAGT TAGTGATCGT
CTTGCTATTG AGCTATTTTC GCTCGGGCTC GCTGATAGAG TTGTAGCATC AACCATTTCA
GAGATGCTTA GAAGTTCTGG AGTCGTGATA AAAGAATCTG GAAAGAAGAT TATTACAACA
CATAGACAAA TCATTGAATC GGAGTTACGT AAATATCCTT CAGTATTTAT CGAGTCTCTT
TATGGAAATA TTTAG
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| Protein sequence | MRELLMKFEN KSSKLFSITK SKAKMYEFGL DEEHHIHLAE SPTKLLLMTI GIIGDLCREE
LSSKKDITLY EQRKGELRNV ARYFDALIES KLQTKHDYYL SLLGTTSYYL ADMPGSSSVL
SKKLEQSRVL LTKSGVEFVL EYVINFHERP KIVIVDSDDV KFHLLNPEHL PFPDLPIFMQ
LFESLNRFFY PKAQVEFNEE EEKRHFSWIV DTILKYFFEN GSDRELLLSQ ILAAVIKKRL
NSSTKMLLPR YSGLDWSHWS SVSLKPTFIK EFWPAQKLLG DAGVFSGKSA VVQLPTSAGK
TKSAELIIRS SFLSGRASVA VIVAPYRSLC REISTSLSAA FTNEDILVNQ LNDVPQIDNF
DVELLLQLFG QTDTNTTDFP TIIVATPEKL VYLLRHKPEL SEVISLVIYD EGHQFDTGSR
GVTYELLLTS LKLDLRVGTQ HVLISAVLSN AESIGDWLYA GNGTIVNGAE FLSTERSIAF
ASWIGGRGQF HYVEPFDINK EEFFVPRVME SFDIPKKGRD LKQRVFPPRG DKTLVASYLG
IKLSKHGSVA IFCGKKSSVI KICREIVQPL ERIEQLQAPI EHSDHDEINK IGYLSELHLG
GKSDVTKAIK LGVLPHSANI PNGLRISVEF AMENGLGRCV VCTSTLAQGV NLPLKYLVVS
GLFQDKNKLI STRDFHNLLG RAGRAGKHTE GSIIFADTEL FDQHRILKSK HWSQMNDLLD
PSNSEGCLSS LLSLAQPLSG KDYYITPMDF LKQPDNYQKR CIELISEGED YSGLLKQMKQ
RIGYLESLES FLLANLSTDE MLDGEALTEL YSGTFAFSLA SDEEKEYLAQ VFRVVANRVK
QVKPEKRSHY GKALLGIQEL NYLEKWLSEN LTVFGEESSV IDMLELLWPV IDNLAMNNSL
GKLIGKDASL SIAKLWCSGV SYHEILLQSD MFGYKYKAGS KQWKLKTENI TDICDNSLGY
EVMLVVGASA DLLENLFGNP LFTAVVRQLQ LSLRIGVSDR LAIELFSLGL ADRVVASTIS
EMLRSSGVVI KESGKKIITT HRQIIESELR KYPSVFIESL YGNI
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