| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NSE_0603 |
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| Symbol | |
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| ID | 3931551 |
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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 | Neorickettsia sennetsu str. Miyayama |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007798 |
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| Strand | - |
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| Start bp | 524240 |
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| End bp | 526873 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637900759 |
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| Product | putative valyl-tRNA synthetase |
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| Protein accession | YP_506483 |
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| Protein GI | 88608717 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0525] Valyl-tRNA synthetase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGGCAAAGC TGGAAAGCAG GTACAACTTT TCTCAGATCG AATATAAATG TAAGACTAGG
TGGAAGGAGA GCCAAGTATA TAAATTTTCT CCGCAATTTA GGGATATTTT CTCGATAGAT
ACGCCTCCAC CTACTATTTC TGGCTCTCTA CATATTGGGC ATGTATTTAG CTATTGCCAT
ACCGATTTTA TAGCTCGATA CCAAAGAATG CGTGGTAAAA ATGTATTTTA TTCTTTGGGA
TTCGATAATA ATGGTCTTCC AACGGAGAGA CTTGTTGAAA AGTCCTGTAA AGTTAAAGCT
AGCAGATCTG ATAGAGCAGA ATTCGTAGCT CTGTGTGAGG AAATTTCGGC GGAAAAAATT
GAAGAATTCA AAGATCTTTT TAATAGCATA GGCCTAAGTA TCGACTGGGA TTTTAGTTAT
CAAACAAACA GTGAAGATTG TAAGCGTCTA TCACAGGAGT CCTTTCTGTA CCTGTACAAG
AAGGGACTGC TCTACAGGAA GAAGATGCCC ATACTTTGGG ATGTAATAGA TCAGACGGCA
ATTGCTCAGG CTGAGGTCGA GGAGAAAGAA TTTGATTCCA AGATGAACTA CATTATTTTC
TTATATGAGG AGAATGAGGA TGTTAATATA GAAACCGATA TTCAGGGTAA GTACGAGGTT
GCAACTAAAA TTTCGGAGAA GACAAGTGGT AATGTTTCTG TTGTCGTTGG TAATCCTAAT
GACAATAGTT TAGAAGCCGA TAGAGTATGC GAAGATGATT TTACAGGAGC TAATTTTCCC
GAGCAGTGGT GGTCTAGTGG GCTGTCATCG TGTACAAATT TGAGAAAACT TGAGGTTGGT
ACAACAAGAC CGGAACTTCT TCCCGCATGT GTAGCGCTTC TCTATAATCC TTCTGACGAG
CGCTACAAAA ATCTTGAAGG CAAGTATGCT ATCACCCCAA TCTTCAGCAA AAGAGTTCCT
ATTATTCCTG ATCCAGACGT TATCGTTGAA AAGGGAACGG GTCTTGTAAT GTGCTGCACT
TTTGGTGATG AGATGGATAT CAAGTGGTGG CAAAAATATG ATCTTCCCTT ACTCGAGGTA
ATTGATAGAT ACGGTAGAAT AGAACTACTT AATGGTAAAA AAGTCGAAGA TGCGCGTGGG
TATGTGTTGG AAAAGTTAAG GGAAAAGGGA CTTTTGACAA GGCAGGAAGC TATCACGCAT
CGTGTTAAGT GCGCAGAAAG GTCGGGTGGA AAGTTGGAGA TTATCTCGAC ATATCAGTGG
TATATCGAAA TCCTCAAGCA TAAAGAAGAT CTGAAAAGTA AGGTTCAGGA GATTTGTTGG
TTGCCTGAGA AGATGCGAAT CAAAATAGAG CAGTGGATTG ATGGGCTCAA ATGGGATTGG
TGTATTTCCA GGCAGAGGTA TCTTGGGGTG CGGGTTCCAG TTTATTACGA AAAAGAAACA
GGAAGTATAC TGCTACCCGA ATTGTCTGAA TTGCCTGTGG AAAGTAATGT GATTTTCAGA
GATGGGAAAA CATATATACA GGATAAAGAT GTCTTGGACA CGTGGGCAAC TAGCTCTCTT
TCACCGCAGA TTAATTACTT GCTACTTATG AAGAGTGTGT ATAATTCCAG GGTAGTAGAG
CAAATGGATG CTGATCCAGT CACCGGCATA AGTCCTAACT TACTGGATGA AGAACGGCTA
CAGTTTCAGC CAATGTCGCT TAGGCCACAA GCACACGAAA TAATACGCAC TTGGGCTTTC
TATACAATTC TCCGATCGTT GTTAGAGTAC CAAACAGTTC CTTGGAGAAG AGTTATGGTT
AGTGGTTGGT GCCTTGCAAG TGACAAAAGT AAGATGAGCA AGTCCAAGGG TAATACGGTT
GATCCAGTAA AACTTATTGC CGAATATGGT GCTGACGTCG TTCGGTACTG GAGTGCAAGT
GCAGGACTTG GCTGCGATAC GTGTTTTAGT GAGAACGTTC TCCTTATAGG TAAAAAGCTC
GTTAATAAGA TATGGAGCGC TGCTAGGTTC ATTGAGCAGT TCCTTGTAAG TGATCCGGAA
CTACTCAAAG TGGATTATGT AACTGATTTA TGGATTCTTA GCAGGTTATC TGAGGTAGTG
AAGGATACGG AACTTGCGCT TGAGAACTGT GATTATTTTC ACGCAAAAGC CTTAATGGAA
AGGTTCTTCC TACACGAGTA CTGCGATAAT TACTTGGAGC TTGTCAAGTC CAGGGCATAC
AATGATGTCC CCGGGAGAGA AAGTGTTCTG CATTCCTTAA GCATATCCCT AGCAGTAATT
TTAAAACTTT TTGCCCCTTT TCTCCCATAT GTGACAGATG AAATATATTC GGCACTTTTT
CCGAATTCTG TATCCTTGCA TGGCGGTTTT ACTTGGCCTA GTGAAATTCA TTTAGCTCGT
GGAATAACTT TTTCTGGTAA CGATTTTATA AAGATTCTCG CAAAAGTTAG AGGGTTTAAA
TCAGAACACT CTATTTCCAT GAAGAAAGAG GTCAGCTTGG TTGAGATAAA AACAGCTGCA
CTTGAGATGC TGGAGGCAGA ATATGACATT AAGGCGGCTA CCAATAGTGC ACGTATTGTA
TGGGAAATAG ACGATAATGT GCCAAATGGA CTGGAAGTGA GAGTCTTTCT ATAG
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| Protein sequence | MAKLESRYNF SQIEYKCKTR WKESQVYKFS PQFRDIFSID TPPPTISGSL HIGHVFSYCH
TDFIARYQRM RGKNVFYSLG FDNNGLPTER LVEKSCKVKA SRSDRAEFVA LCEEISAEKI
EEFKDLFNSI GLSIDWDFSY QTNSEDCKRL SQESFLYLYK KGLLYRKKMP ILWDVIDQTA
IAQAEVEEKE FDSKMNYIIF LYEENEDVNI ETDIQGKYEV ATKISEKTSG NVSVVVGNPN
DNSLEADRVC EDDFTGANFP EQWWSSGLSS CTNLRKLEVG TTRPELLPAC VALLYNPSDE
RYKNLEGKYA ITPIFSKRVP IIPDPDVIVE KGTGLVMCCT FGDEMDIKWW QKYDLPLLEV
IDRYGRIELL NGKKVEDARG YVLEKLREKG LLTRQEAITH RVKCAERSGG KLEIISTYQW
YIEILKHKED LKSKVQEICW LPEKMRIKIE QWIDGLKWDW CISRQRYLGV RVPVYYEKET
GSILLPELSE LPVESNVIFR DGKTYIQDKD VLDTWATSSL SPQINYLLLM KSVYNSRVVE
QMDADPVTGI SPNLLDEERL QFQPMSLRPQ AHEIIRTWAF YTILRSLLEY QTVPWRRVMV
SGWCLASDKS KMSKSKGNTV DPVKLIAEYG ADVVRYWSAS AGLGCDTCFS ENVLLIGKKL
VNKIWSAARF IEQFLVSDPE LLKVDYVTDL WILSRLSEVV KDTELALENC DYFHAKALME
RFFLHEYCDN YLELVKSRAY NDVPGRESVL HSLSISLAVI LKLFAPFLPY VTDEIYSALF
PNSVSLHGGF TWPSEIHLAR GITFSGNDFI KILAKVRGFK SEHSISMKKE VSLVEIKTAA
LEMLEAEYDI KAATNSARIV WEIDDNVPNG LEVRVFL
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