| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | RoseRS_3383 |
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| Symbol | |
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| ID | 5210360 |
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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 | Roseiflexus sp. RS-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009523 |
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| Strand | + |
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| Start bp | 4247632 |
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| End bp | 4251624 |
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| Gene Length | 3993 bp |
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| Protein Length | 1330 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 640596979 |
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| Product | protein kinase |
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| Protein accession | YP_001277692 |
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| Protein GI | 148657487 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.088412 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.011818 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTGTCT CAACTTCCAC CCTCTTTTGT ATCGTCTGCG GCCGCGAGTT TCGCCCGCGT
GACGCGGACA CGGTCATCTG TCCCGACTGC GGCGGCCCGC CCGAAGCCCC TGCTCCCAGC
CAGCCGCAAG AAACGGTGCT GGCCGACCAA CCGCGCGGCA CGGTACTGAT GAGCCAACCC
GCTTACCAGC GGATGTGCAT CCTCTGTGGC CAGGACTTTA CCACCCCCGA CCCGCAGGCC
GACCGCTGCC CGCAATGCCG CGGCGAAGCG CCGCAACCCC AACCCGAAAT CCGCTCCCGA
CCCGAAAGCC GCCAATCAAC ACCCGCCATG CCTGCCCGCC CCCAGGGAAC GGTTGCCGTG
CCCGAAAGCA GCCTGTCGCC TGCCCCCTCA TCCGCCGATG TGCCGCTGAC ATGGAACGCG
GGCGATGTCA TCCTGGACCT GTACGAAGTC AAGGGCGAAC TGGGAAAGGG CGGCATGGGC
GTCGTCTATC GTGTCCATCA CCGCCAGTGG AACATTGACC TGGCCGTCAA AACGCCGCTG
CCTGAAGCGC TGCAAAAGGC TGGCAGCCTG GAGAACTTTC TCCGCGAGGC GCAAGCCTGG
GTGGACCTGG GCCTGCACCC GCACATCGTC ACCTGCTACT ACGTCCGCCG CCTGGGAGAA
ATGCCGCGCG TCTTTGCCGA GTGCATGGAG GGCGGGAGTC TGAAGAACTG GATGGAGGAC
GGGCGGCTGT ATGCTGGCGG CGAACAGGAT GCACTGAAGC GCATCCTGGA CTGTGCCATT
CAGTTTGCCT GGGGGCTGGG ATACGCCCAT GAGAAAGGCC TGGTGCATCA AGACGTCAAG
CCAGCCAACG CCTTGATGAC GCCCGACGGG ATGCTCAAGG TGACCGACTT TGGGCTGGTG
GGGGCGAAAG GGTACACGCC CGCCTACGCT GCGCCGGAGC AGGAACTGGG GCAGGCGGTC
AGCCCGCGCA CCGACCTGTG GGGCTGGGGC GTGAGCGTGC TGGAGATGTT CACGGGAGGG
GTACACTGGC AATTCGGTTC CGTTGCGGCG AGTGTGCTGG AGAACTACCT GCAGGAGGCG
CCGCCGGAGG GCATCCCGCC GATGCCTGCG GCGCTGGTGG AGTTGCTGCG CCAGTGCTTC
CAGAACGACC CCGACCTGCG CCCGGCGAGT ATGGACGAAG TGGCGGAGCG GCTGGCGCGC
CTTTACGAAC AGGAGACGGG CGCGCCCTAC CCGCGCCAGA AACCCAACGC CCTGGAGTTG
CGGGCGGACA GTTTGAACAA CAAGGCAGTG AGTTTGCTGG ACCTGGGGCA GGAAGAGGAA
GCGGTACGCT GCTGGCAGGA GGCGCTGCAA GCCGACCCTC TCCATCCCGG GGCAACATAC
AACTTGTTCC TAATACAATG GGATCGGGGA GATGTTATTG CTTCGGAGGT TGTTAAACGA
TTGGAAGAAC AACTTAAGTT GTCTTCAAAT TATTGGCCAG TAGCATATTT GCTAGGACTT
GTGTACTTTA AAGTGGGAGA TTCTCTTAAG GCAATTGAAA CAATTGCAAA GTTGTATCTA
CCAGAAGTTC GCGATGAACA ACCATTTGCT TGGGTAATTG CTATTGACCG ACATGATACA
AAGAGCGCGT TAGAAATCTT GTTAGATTTT TCAAAAGATG GGAAATATCC AGATGTACGA
CGGACTTTGG AACTGGCTAT GCTTAATTTG CCAGATGTAC GATCCCTGCG GAATATTAAA
GGGCATGCTG AAAAAATAAC TTGTGTTTCT TTTAGTCCCG ATGGAAATTT CTTACTTTCG
GGTAGCGAAG ATAACACCTT GAGATTGTGG GATTGGCTAG GAACTTGTAA ACGCATCTTA
AAAGGTCATA CTGGAGCAAT AACATGTGCG GCCTTTAGTC AAGATGGGCG CTATATACTA
TCAGGAAGTC ACGATTGTAC AGTGCGATTG TGGGATGTGG CAACAGGAGA ATGCTTACGT
GTTTTTAAAG GACATACCGA AAAGGTGACT TCCGTCGCGT TTGATATTGG TAGACAGTAT
ATTGCATCAG GAAGCACTGA TCACACTCTT AAGATATGGG ATATTCACGA CGGATCTTCC
ATTCATACAA TAGAACACGA AGGGGAGGTA TCCTGCGTGG GATTTAGCCC AAATGGTGGA
TACCTTGTTT CAGGAATGGA CGGTTTGTTA ACAAAGTCTC CAATCTTCTT TTGGGACGCG
AAAAGTGGCC GCCATTTGTA CGCTCTTGAA AGGCATGAGG GGGGAATAAC TTCTATGGCT
TTTACCGCAA GCGGTCATTT CCTTCTTTTG GGCACTAACG TTGGAACGAT AGAGTTGTGG
GACCTGACAA CGAAAAATTG TCAACGTACT TTGCAATCGT TTGAGAGCTG GCCTGTGGTT
TCTGTGTCAG TGCATCCGAA AGGAGATAGA GCTTTGTCAT GTCAAGGCGA TTCTATCTAC
TATTGGAACC TCCAAACTGG AGCATGCATT CTAAAAAAAG ACTCTGAATG GTTTGTTGCT
TCTATTGCAA TTAGCCCGGA CGGAAGATTC ATTCTTCTAG GCTGCCTCAA ATCTATGAAA
ATGTGGAAAT TAGAAGGAAT TGGTGATTTT AATCTCGATT TTTTCTTGTC TAAACCACGA
TTGAGCGAAC ATGAAACCAA TATAGAAACA ACGTTTACCA ACCTAATAAA ACATGCAAAG
AACATGATGC AGGAAGGTAA ATACTCTCGA TGCCTAGAGT TGGTACAGCA AGCGCGCTCA
ATGCCAGGGT ATGAGCGCTC TAACATGGCC TTGGAATTAT GGTTCGATTT GCATTCTCAT
TGCCGTACTA TTGGGTTAAA AGCCTACTGG GAAAGCCAAA CTCTTATCGG ACACAATTTT
TGGGTATGGT CTGTCGCTGC AAGTCCGTGC GGACGCTATA TTCTTTCTGC TAGTTTTGAT
AAAACTATGA GACTTTGGGA TGTTAAAAGG GGAATTTGCT TGCACACTCT TAATATCCCA
GATAAAACTA TAAACTCTGT TGCCTTTAGC CCAAGTGGAG AGTATATTGT CTTCGGTGGA
TACGAAACTA TGCAAATGTG GGATGTTCGT AAATGGAAGT GCATCCGTGT GTTTCGATAT
GAGAAGAGAG TAGATGCCGT CGCTTTTAGT CCAGATGGGC GGTATGTTGT TTCTGGCGGA
TGGGATGATG CAACTATACG CCTGTGGGAA GTTCAAACTG GAAGGTGTGT GTGTATACTC
GAAGGACACG AAGGAGCGAT TACGTCTGTT GCAGTTAGAC CAGATGGATA CTATATTTTA
TCGTGCAGTT ACGATCACAC TGTGCGACTT TGGGATGTAT GCAAGGGAGT ATGTGTTTAT
GTAGATGAAA CGCACATGAA GTCTTTGCCG CACCCTTTGG GTGGAGAAAT TGATGTGCCG
GTGAATTCCG TTTCTTTCAG TCCAGATGGC AAGCACGCTG TTTCGGCTGG TACGGATGGT
ATGATGCGGA TATGGAATAT TGAGAATGGA AAGACTTTAT CTCAATTAAG GTGTAAAGAT
TCAATAACGT CTGTGGTTTT TCACCCAAAT GGGCGTTTCA TACTCTCGGG TAGTGTTGAT
GGAACTGTCA GAATATGGGA CCTCGAGACA AGCAGATGCG TACATGTATT CTCTGGTCAC
AGAGACATTG TGCAATCCGT TGCTTTTAGT CAAGATGGAT GCTATGCGGT ATCAGGAAGT
TGGGATAAAA CCGTACGGTT ATGGGTATTG GATTGGGATT TGGAATGCCC CGCCCCCGCC
GACTGGGACG AAGGTGCGCG CCCCTACCTG GATATCTTCC TCACCCTGCA CACCCCCTAC
GCTCCCGATG GCCTCAGCCG AGTCGGGAAG CCGCAGTGGA CGGAGGAGGA TTTCCAAAAG
TTATTGCAGG AACTCGGCTA TCGCGGCTAC GGCTGGCTGC GTCCGGAAGG CGTGCGCCGC
GAACTGGAAA AGATGGCAAA AGAGAGAAAA TAG
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| Protein sequence | MTVSTSTLFC IVCGREFRPR DADTVICPDC GGPPEAPAPS QPQETVLADQ PRGTVLMSQP
AYQRMCILCG QDFTTPDPQA DRCPQCRGEA PQPQPEIRSR PESRQSTPAM PARPQGTVAV
PESSLSPAPS SADVPLTWNA GDVILDLYEV KGELGKGGMG VVYRVHHRQW NIDLAVKTPL
PEALQKAGSL ENFLREAQAW VDLGLHPHIV TCYYVRRLGE MPRVFAECME GGSLKNWMED
GRLYAGGEQD ALKRILDCAI QFAWGLGYAH EKGLVHQDVK PANALMTPDG MLKVTDFGLV
GAKGYTPAYA APEQELGQAV SPRTDLWGWG VSVLEMFTGG VHWQFGSVAA SVLENYLQEA
PPEGIPPMPA ALVELLRQCF QNDPDLRPAS MDEVAERLAR LYEQETGAPY PRQKPNALEL
RADSLNNKAV SLLDLGQEEE AVRCWQEALQ ADPLHPGATY NLFLIQWDRG DVIASEVVKR
LEEQLKLSSN YWPVAYLLGL VYFKVGDSLK AIETIAKLYL PEVRDEQPFA WVIAIDRHDT
KSALEILLDF SKDGKYPDVR RTLELAMLNL PDVRSLRNIK GHAEKITCVS FSPDGNFLLS
GSEDNTLRLW DWLGTCKRIL KGHTGAITCA AFSQDGRYIL SGSHDCTVRL WDVATGECLR
VFKGHTEKVT SVAFDIGRQY IASGSTDHTL KIWDIHDGSS IHTIEHEGEV SCVGFSPNGG
YLVSGMDGLL TKSPIFFWDA KSGRHLYALE RHEGGITSMA FTASGHFLLL GTNVGTIELW
DLTTKNCQRT LQSFESWPVV SVSVHPKGDR ALSCQGDSIY YWNLQTGACI LKKDSEWFVA
SIAISPDGRF ILLGCLKSMK MWKLEGIGDF NLDFFLSKPR LSEHETNIET TFTNLIKHAK
NMMQEGKYSR CLELVQQARS MPGYERSNMA LELWFDLHSH CRTIGLKAYW ESQTLIGHNF
WVWSVAASPC GRYILSASFD KTMRLWDVKR GICLHTLNIP DKTINSVAFS PSGEYIVFGG
YETMQMWDVR KWKCIRVFRY EKRVDAVAFS PDGRYVVSGG WDDATIRLWE VQTGRCVCIL
EGHEGAITSV AVRPDGYYIL SCSYDHTVRL WDVCKGVCVY VDETHMKSLP HPLGGEIDVP
VNSVSFSPDG KHAVSAGTDG MMRIWNIENG KTLSQLRCKD SITSVVFHPN GRFILSGSVD
GTVRIWDLET SRCVHVFSGH RDIVQSVAFS QDGCYAVSGS WDKTVRLWVL DWDLECPAPA
DWDEGARPYL DIFLTLHTPY APDGLSRVGK PQWTEEDFQK LLQELGYRGY GWLRPEGVRR
ELEKMAKERK
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