| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_2881 |
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| Symbol | |
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| ID | 7089450 |
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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 OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | - |
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| Start bp | 3382433 |
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| End bp | 3385654 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 643461766 |
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| Product | Non-specific serine/threonine protein kinase |
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| Protein accession | YP_002358790 |
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| Protein GI | 217974039 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.596708 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.0027523 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAATCGCT TGTTCCCCCA AGATCCTATC CAATTGACTC GCACCACAAT TGAGTCATTA
TTCACGCCGC CAACCTTAAT GCGCGCCCGT GATTATGTGA TGAAGGGACG GGTCTTGAGC
GCCAAAGCGA ATGCCGATTT TCGTCATATT GAAGGTCGCG TCATGGGGAC GGAATCCCAG
CCCTATCGGC AAGATATTCG CCTCGTGAGT GTTAACCATA AGTTGATCAT GAATGGCTTC
TGTTCATGCC CCGCCACTGG GCATTGCAAG CATATTGCCG CCGTGCTTTA CAGTTTACTG
AGTGATAGAA CCGTTGAAGA TCAACGTATT GCCCAGTGGT TACATCTGCT AGACGAAAGT
GATGATCTCA CGGTTTCAAA TGTCGATTTA CTCTATGACG ATCGCGTGCT GTACGTGTTA
TCCAAAGATG ATAACGGCGT TTACCTTGAA CTAAGAAAAG GCAAGCTGGC GAAGAAGGGC
GGCTATAACA AAGGCTCTAA AATCGCGTTA TCCGATGTGC AATATTACAT GCCCGCTTGG
ATTGGCGCCG AAGACGTGCT CATCATCAAT CTTATTATGT CGACTCGCCG CCACGGTGCC
TCGCGTTTGT ATCTTAAAGC TCAGTTAGGC GCTATGGCGC TGGAAAAAAT GCTCGTTACT
GGGCGATGTT TTTGGGAAGA GAGCCGTTTA GCGCTTACCC GAGGTGAACC GTTAAAGCCA
GAATTCATTT GGCTGGATAA GGATGCCGAG CATAAGCAGA TGCAGTTAAC GCTGCCCAAT
AAGGACAATT GGGAGCTGAT CCCCTGCGAG CCGCCGACTT ATATCGATTT AGATTATTTT
AAAATAGGCG CATTAGAGAC AGAGATCAGC GTTGAAAAAC TGTTGTTACT CAGCCAGATG
CCGCCAGTGC CTAGCTCGCA AATTGAAATG GTGAGCCACA AACTGATTAA GCATTTTTCG
GCAAAAACCG TACCTACGCC CGCTTCGATT GATTTTGTCG AGCTGCAAGT GCCGCTGCAA
GTCAGGTTGA CCTTAACCTC GCAGGATTTA CCTGAGTTTG CTATGGCGCA GCCACTGGTG
CTGTTGGAAT TTGTCTATCA AGACGTGGTA CTTGGCGGCC AATATCCCGA TGAGCCCTTA
TCCTTAGTTA CCCATCAAGG CAAAACCTAT CAAGTCGCGC GTCAACTCGA TGCGGAAATG
GATGCGATTA ATCGTTTGAT GGCATTGGAA CTGGTGGAGC TGGCACCTTC TTTTATCCCT
AACAGTGGCA GCTATGTCAG CATTTGGGGT TTAGGGCCAC TGCCAGAAAC CATTGATGCT
TGGTTGCACT TTATTCAACA GGAAATCCCG GCGCTAGAGG CCTTGGGCTA CCAAGTGCAT
TTTGCCGACC ATTTCAGTTT GAATGTGATT GATACTCCGC TGGCGATTGA ACTGGATGAT
ACGCAAGAGG GTTGGTTCTC CCTGTCACTG AATGCCGATA TCGATGGCCA AATGGTGCCT
ATGCTGCCCT TAATTGCCAC TTGGCTTAAG CAGTATGGTG AACCGGCAGA TGATGCAGAA
TTACTGCTAC CCAGCCCGAA TGGCGATTGG TTAAAAGTCA AAGCCAGCGT GATTAAGCCG
CTGATCAGCA TAATTTTAGA ACTGTTCGAT AGCCATAAAG GCAATAGCGT GTCTTTGCCT
AAATACCGTG CCCACCTATT AAATGATTTT GCCGACAGCG ATATTCGTCT GCTTAATGGT
GAACGGGTAC GCAGTTTAGC AACTAAGCTT GAAAATTTTA ACGGTGTGTT AGAGGTCGCA
GTCCCATACA ACTTAAATGC TGAGTTACGC CAGTATCAAC AGCAAGGCTT AAATTGGCTC
TGTTTTTTAA AGGAATATCA GCTTGGCGGT ATTTTGGCCG ATGATATGGG GCTGGGGAAA
ACCATTCAAA CCTTGGCCTT TTTACTCAAG CAGCAAGCGT TAAAACCGAC GGGTGCTAGC
CATGTACCGA GCCTCATTAT TTGCCCAACG AGTTTAGTGG GCAATTGGGC GAAAGAAGCC
GCGAAATTTG CGCCTTCGTT AAAGCTTGTC ATCATTCATG GCGCCTTGCG TAAGCCTTTG
CTCGAACGCT TAGGTGAGTT TGATATTGTG GTGACGACCT ATCCGCTGAT TGTGCGCGAC
AGTGACTATT ATCAACAGCA GGTGTTTGAA CATATCGTGC TCGATGAAGC GCAGCAGATT
AAAAATGCGC AGGCGAAAGT GACTCAAGTG ATTAAAGATC TTAAAGCGCC GTTTAGATTG
TGTTTGTCGG GTACGCCGCT TGAAAATCAC TTAGGCGAAC TTAAGTCTTT GATGGATTTT
AGTTTGCCCG GATTACTCGG CACGAATGCC TTCTTTAATA AATCCTTTAG GCACAAAATT
GAACGTTATG GTGATATGGA ACAAGCGCAA ATCTTGAGTC AACGGATTGC GCCTTTTGTG
CTGCGCCGAA CCAAAGATGA AGTGGTCGGT GAATTACCCC CTAAAACCGA AATCTCCCAG
AGCTTAGAGT TAGAAAAAGA TCAGCGAAAT CTCTACGAGA GTATTCGATT GGTGATGGAG
AAAAAACTGC GGGATTTATT TGCCACTCAA GGCGTTGGCA GCAGTCATAT TGAGTTTCTC
GATGCTTTAC TTAAGCTACG CCAAGCCTGT TGCGATCCGC GCTTAGTAAA GTTAGAGCAA
GCGCAAAAAG TGAAGAGTAA TGCTAAGTTA GACTGGCTAA AACAGAATCT GCCCGAGATG
GTGCAAGAGG GGCGTAAGAT ATTGATCTTC AGCCAGTTCA CTAGCATGCT CAGCCTGATT
GAAGCTGAGC TGGTGGACTT GGGGCTCGAT TACAGTAAGC TCACAGGGCA AACTCGCCTG
CGCCAAGCCC AGATAGATAA GTTCCAAGAG GGCGATACGC CTGTGTTCTT AATTAGCTTA
AAAGCGGGCG GTACTGGGCT CAATCTCACC GCGGCGGATA CTGTGATCCA CTATGATCCT
TGGTGGAATC CGGCGGCGGA AAAACAGGCT ACGGACAGAG CCCATCGTAT CGGCCAAGAT
AAGCCCGTGT TTGTGTATAA GCTGATTGCC GAAGGCACTG TAGAAGAAAA AATCCAAGAA
ATGCAGCAGC ATAAGCAAAG CCTCGCGGAC AGTATTCTCG AAGGTAAAGG TAAGGGCACA
TGGCAAGGAA GCGCCGATGA ATTGTTATCG CTTTTTAGCT AA
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| Protein sequence | MNRLFPQDPI QLTRTTIESL FTPPTLMRAR DYVMKGRVLS AKANADFRHI EGRVMGTESQ
PYRQDIRLVS VNHKLIMNGF CSCPATGHCK HIAAVLYSLL SDRTVEDQRI AQWLHLLDES
DDLTVSNVDL LYDDRVLYVL SKDDNGVYLE LRKGKLAKKG GYNKGSKIAL SDVQYYMPAW
IGAEDVLIIN LIMSTRRHGA SRLYLKAQLG AMALEKMLVT GRCFWEESRL ALTRGEPLKP
EFIWLDKDAE HKQMQLTLPN KDNWELIPCE PPTYIDLDYF KIGALETEIS VEKLLLLSQM
PPVPSSQIEM VSHKLIKHFS AKTVPTPASI DFVELQVPLQ VRLTLTSQDL PEFAMAQPLV
LLEFVYQDVV LGGQYPDEPL SLVTHQGKTY QVARQLDAEM DAINRLMALE LVELAPSFIP
NSGSYVSIWG LGPLPETIDA WLHFIQQEIP ALEALGYQVH FADHFSLNVI DTPLAIELDD
TQEGWFSLSL NADIDGQMVP MLPLIATWLK QYGEPADDAE LLLPSPNGDW LKVKASVIKP
LISIILELFD SHKGNSVSLP KYRAHLLNDF ADSDIRLLNG ERVRSLATKL ENFNGVLEVA
VPYNLNAELR QYQQQGLNWL CFLKEYQLGG ILADDMGLGK TIQTLAFLLK QQALKPTGAS
HVPSLIICPT SLVGNWAKEA AKFAPSLKLV IIHGALRKPL LERLGEFDIV VTTYPLIVRD
SDYYQQQVFE HIVLDEAQQI KNAQAKVTQV IKDLKAPFRL CLSGTPLENH LGELKSLMDF
SLPGLLGTNA FFNKSFRHKI ERYGDMEQAQ ILSQRIAPFV LRRTKDEVVG ELPPKTEISQ
SLELEKDQRN LYESIRLVME KKLRDLFATQ GVGSSHIEFL DALLKLRQAC CDPRLVKLEQ
AQKVKSNAKL DWLKQNLPEM VQEGRKILIF SQFTSMLSLI EAELVDLGLD YSKLTGQTRL
RQAQIDKFQE GDTPVFLISL KAGGTGLNLT AADTVIHYDP WWNPAAEKQA TDRAHRIGQD
KPVFVYKLIA EGTVEEKIQE MQQHKQSLAD SILEGKGKGT WQGSADELLS LFS
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