| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_1461 |
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| Symbol | |
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| ID | 1169276 |
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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 oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | + |
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| Start bp | 1519669 |
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| End bp | 1523799 |
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| Gene Length | 4131 bp |
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| Protein Length | 1376 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637343397 |
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| Product | protein kinase, putative |
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| Protein accession | NP_717078 |
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| Protein GI | 24373036 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGGCACAGG TATCTGCAAT TGGTGATGTG GTTAACGATG AAGAGCGCAA AGCGATCGCT
TGGCTAAAAG AAAAGTTACC CGACGATTAC TTTATTATTC ATAGCTTTGA AGTTGAGCAG
TATGACCAGC TGTTTGAAGT GGATATCTGT GTTGTTGCGC CCCATGCTAT TTACTTGGTG
GATGCCAAGG GCATCCACGG AAAAGTTGAG GTAGATGGCA CCATGTGGCA CACCGCCTAC
AACAGCTATC GCTCGCCATT GCCAAAATTA CGCGGCAATG CGAAGTCGTT ATCCGGCCTC
ATTTGTAAGC AAAATCGCGC AAATAGGGAT TTGAAAAACA TCTATGTAGA CGCTGCGGTG
GTGCTCACCA TAGATGATTG CGAGTTCAAG GACCCGGAAG ATCGCGAGCG CGGCCATGTA
GTGGCACTAA AAAACAGCAC CCGTTTCTTC ACCGACAGTA CCCGTATTCC AGAGCGCTTT
GAGCGCAATG TGACTAAGTA CATTCAGATT ATCGAAGAGG CTCTGGGGAA GTCGGCCAAA
AAGCGTAGCC ATGGTGTACG TTTTGGTAAC TGGGAAGTGG CTGAAACCTT GGTTGATAAT
CAGTACTTTA CGGAATACCG AGTATTTAAC ATTACCGCTG GCCGCAAAGG CGGTACTGTG
CTGGCTAAAG CCTATAAAGC CGACCCTTAC CTGCCAGATG AAGAACGTAG CAAGCAAAAA
CGCCTGATTG AAAACGCGTA TCGTGCCATT GCAAAAATGC CCTCGCATTC CGCCATTATT
GGTGTGAAAG ACTTCTTTGT TACCGAAGCG CAAGATAAAT ACTTGTTATT AACCGATGAC
ATTCCTGGCG AAATCCTTAG CAAAAAGCTT AAAGCCGCAA GCTCACTGCT CACATTGGAT
CAGAAAAAGC GCATCGTTAA TGACTTGTTG CTGGCGTTAG CCCATTTATG CCGCAATGGC
GTGGTGCATC GCAATATTAC CCCTGAGCAT ATCTTAATGG GGGCCGACGG TCAGCCAAGG
CTGATTGATT TTGACTACGC TCGGATAGGG GCTGAAAACA CCACCACGAT TGCCGACGAA
GTACAGCAGC GGATCTCAAA CCGTTATAAA GCACCCGAAC TCTGGGCTGA TAGCCATGCA
GCGAGCTGCG CCACGGATAT TTACAGTTTA GGTTTGGTTA TTTTTGAGCT GTTTAGTGGT
GATGCGGCTT TTGATTCAGT CACTCAAGCT ATCGAGAAAT CCTGTGTGCT CAGTACAAAG
TTAAGTGAGA GCAATAAGCA GCTGCCCACA GAATTTGATG GTTGGCTGCA AACCTTATGT
CACAAAGAGG CACTGCAACG GCCAAGCCCA GAAGATGCTC TGGCACAATT TAATGCACTC
TGGCACCCCA AAGCAGTAGA AACTACTGAG CCTAATAAAC CCGAACAACT GAGTGTTAAA
GCGCCGAATA ACCATGAGCC TTCAGTCAAT TACAAGCGCT TACCGAGTGG CTACCACCTA
ACTAATAAAT ACGTTGTGCA GCAACCGCTG GGTAAACCTG GCGGTTTTGG TATTGTGTAT
AAGGTAACGG ATACCTTTGG TGATGTTTCG CGTGCGGTGA AGCTAATTTT GAATGATAGA
GAATCGGTAC TAGAGCGTTT AAAGCAGGAA TACCGCACCT TGGTAAAACT GCCAGAGCAC
CCCTATGTGG TAAAGGTATA CGATGCAGAC GTATTACCTA ACCAAGGCCC CCCTTATATT
GTTTTTGAGT ACCTTGAAGG GCTAGATGTC AGTGAACTGA TCCAACAGCG CTCATTAACG
GCACACGAAG TGTGGACCAT GGCCAAGCAA GTAGCGGAAG GTTTACAGCA TTTACACGAG
CACAATATTT TCCACTGTGA CATCAAGCCG CAAAATCTTA TGTGGAAAGA TGGCAAAGTT
CGTATCATCG ATTTTAACGT ATCGGTAGAT GCTGAAGATC TAACATTAGG GGGCGGTTCA
AGAAAGTATT TACCACCAGA TTTAAGCATT ACTGAAACAC CGCAATCCTC TGATTTAGTT
GACAGGGATC TATATGCCTT GGGTATAACC CTGTATCGAG CTATGACCGG TGAATACCCA
TGGGCCAACG TGCAGTGCCC GCCTATGGAC GAGTTAGCGC GTCATCCTAG TGAGTTTACC
CAGAGCTTTA ATTTAACCGA TGATGTTTCG GCGGTACTGC TAAAACTGAT CGCCCCTAAA
CGAGTTGACC GCTTTGAGTC CGCCGAGCAA TTGCTCAAAG CACTGAATAA AGTCCAGCAG
TTGAAAAAGG CGCAAACCTT ATCGGAAGAA AGTACTTCGC AGTTTCATTT GCCGCCACTT
GCCGACGGCT CTAACCCAAG TAAATCTGCG TTTCATGATT TTATGCTGAC GCTGTATAGC
CAAAGTCGTC ATTCAAACGC GGGCACCCGT GGCTTAGATG ATTACGCAAG GTTAATTTAC
GTTGAAACCG CCTTGGATAC CGAGCTTGCA CCAGCAATTC TGGCTGGGCA ACTGCGCTTA
GTGCTAATTA CCGGTAATGC CGGTGATGGT AAAACTGCAT TTTTACAACA ATTGGAGTCT
CAGGTTGAGG CGCAAGGAAC GAGCGTTCAT TTAAACCCAC AAGGGAATGG CAGCTGGTTT
GAAATAAATG GCCATAAGTA CCTAACTAAC TACGATGGTA GTCAAGACGA AGGTAGCAAA
GATAATGATG CGGTACTCGA AGAGTTCTTT AGCGTTTATC AAGGTAACGA TTCAAATACA
TGGCCACACC ACGAGACTCG TTTAATTGCT ATTAACGAAG GCCGTTTGGT CGACTTTTTA
AGCCAACACT CGGAAGGCTT TTCCGCTCTA AAAGCCGTGG TTGAACAAAG TTTAAAAGAT
GGTTCGGTGC AAAATGATGT AGCGGTAGTA AACCTAAATA TGCGTGATGT GCTGGCTTCG
ACGCAAAGCC AACCTGAGTC TATTTTTGAA CGTATCATCG GAAAAATGAC GTTGGCCAAA
GTTTGGCAAG GCTGTGATTA TTGTGCGCTA AAAGACAAAT GCTACGTTAA GCACAATATT
GCTACTTTTC AGGATGAGCA AACTGGCCCT AAAGTCATCG AGCGTTTGAA GTATATTTAC
AAATTGACCA GTTTACGCAA TCAGCTACAT ATCACGATGC GTGATTTGCG CTCGGCACTG
AGTTATACGC TAGTCGGTGA ATACTCCTGT AACGAAATTA AAGAAATCTA TGCCAATGGG
GAAGCTGACA AAATTCTTCA TGGCTATTAC TTTAACGCTT GGTGCGGTAA CGACAATACG
CAAGATAGAT TGTTAAAGCT GCTAAGAGAA ACCGATATTG CTCAAGGGTC TGACGTGCGC
TTAGATCGCG GATTGGACTT TTTAGGTTTA GATGCTGTTG ATTGGTTTCA GTTCGAGCAG
CGTAGTGAAC ACGAAACCCA ACTGTTGGCC AATGCTCATC AGAGCTTACC AAATGGCACA
GCACTGAGTG AGAGTAAGGA ACGCTATCTA ACTCATCGTA ATGTGGTTGG GATGTTACGC
AGAAGGGCCT ATTTTGAGCG CCGTGGAGAA AACTGGCAAG CATTACTGCC TTATCGTTCA
GCAAAGTTAT TAGTACGTTA CCTCGAAGAC AGTGCATTAC TGAATGAAGC GAAATCGCTT
GCCATTAATG CAATAAACCG CGGTGAAGGT TTGCATAACC CGATGTATTT TAACGGCCAA
CTGGCGATGC AAGTACGTAA GGTACACTTA GGCACTATTA GAAGTTATCG CTTATTCCCA
TCGGATGTTT TTTCAATTGA AGTGAAAGAC TCAGCGATGA ACTCATCATT TGTGGAACAT
AGCCCGCAGT CACTATTGCT TAAGTACCAA GATGCAACCG GCCTTACCGC AGAGTTGGAA
TTAGATTTGG ACTTGTTTGA AATACTGCAT CGCCTTAATC AAGGCTATGT GCCTTCGGCG
CAAGCGGAGC AGAGTTTTTA TTTAAGTTTA ACCGTATTTA AGAACGTACT GGCTTCAGCG
CCTTATCAAG AGGTTTTGTT AACTACCAAC GGTCAACAGT ATGAAAAAAT AACCCGCGAC
GAAGGTGGTG TGTTGCAGTT AGAACGATTG GTAGCGGAGG TTCAGCCATG A
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| Protein sequence | MAQVSAIGDV VNDEERKAIA WLKEKLPDDY FIIHSFEVEQ YDQLFEVDIC VVAPHAIYLV
DAKGIHGKVE VDGTMWHTAY NSYRSPLPKL RGNAKSLSGL ICKQNRANRD LKNIYVDAAV
VLTIDDCEFK DPEDRERGHV VALKNSTRFF TDSTRIPERF ERNVTKYIQI IEEALGKSAK
KRSHGVRFGN WEVAETLVDN QYFTEYRVFN ITAGRKGGTV LAKAYKADPY LPDEERSKQK
RLIENAYRAI AKMPSHSAII GVKDFFVTEA QDKYLLLTDD IPGEILSKKL KAASSLLTLD
QKKRIVNDLL LALAHLCRNG VVHRNITPEH ILMGADGQPR LIDFDYARIG AENTTTIADE
VQQRISNRYK APELWADSHA ASCATDIYSL GLVIFELFSG DAAFDSVTQA IEKSCVLSTK
LSESNKQLPT EFDGWLQTLC HKEALQRPSP EDALAQFNAL WHPKAVETTE PNKPEQLSVK
APNNHEPSVN YKRLPSGYHL TNKYVVQQPL GKPGGFGIVY KVTDTFGDVS RAVKLILNDR
ESVLERLKQE YRTLVKLPEH PYVVKVYDAD VLPNQGPPYI VFEYLEGLDV SELIQQRSLT
AHEVWTMAKQ VAEGLQHLHE HNIFHCDIKP QNLMWKDGKV RIIDFNVSVD AEDLTLGGGS
RKYLPPDLSI TETPQSSDLV DRDLYALGIT LYRAMTGEYP WANVQCPPMD ELARHPSEFT
QSFNLTDDVS AVLLKLIAPK RVDRFESAEQ LLKALNKVQQ LKKAQTLSEE STSQFHLPPL
ADGSNPSKSA FHDFMLTLYS QSRHSNAGTR GLDDYARLIY VETALDTELA PAILAGQLRL
VLITGNAGDG KTAFLQQLES QVEAQGTSVH LNPQGNGSWF EINGHKYLTN YDGSQDEGSK
DNDAVLEEFF SVYQGNDSNT WPHHETRLIA INEGRLVDFL SQHSEGFSAL KAVVEQSLKD
GSVQNDVAVV NLNMRDVLAS TQSQPESIFE RIIGKMTLAK VWQGCDYCAL KDKCYVKHNI
ATFQDEQTGP KVIERLKYIY KLTSLRNQLH ITMRDLRSAL SYTLVGEYSC NEIKEIYANG
EADKILHGYY FNAWCGNDNT QDRLLKLLRE TDIAQGSDVR LDRGLDFLGL DAVDWFQFEQ
RSEHETQLLA NAHQSLPNGT ALSESKERYL THRNVVGMLR RRAYFERRGE NWQALLPYRS
AKLLVRYLED SALLNEAKSL AINAINRGEG LHNPMYFNGQ LAMQVRKVHL GTIRSYRLFP
SDVFSIEVKD SAMNSSFVEH SPQSLLLKYQ DATGLTAELE LDLDLFEILH RLNQGYVPSA
QAEQSFYLSL TVFKNVLASA PYQEVLLTTN GQQYEKITRD EGGVLQLERL VAEVQP
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