| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2982 |
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| Symbol | valS |
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| ID | 3681275 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | + |
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| Start bp | 3698600 |
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| End bp | 3701608 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637718328 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_323487 |
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| Protein GI | 75909191 |
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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 | [TIGR00422] valyl-tRNA synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 15 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCGCAA CTATAACCAA TCTTCCCAGT CTCTACGATC CTTTTACCAC TGAAGCCAAG
TGGCAAAAAT TCTGGGAAGA AAACCAAATT TACAAAGCTG ACCCTAACAA GGATGGTGAA
CCTTATTGTG TGGTGATTCC GCCGCCAAAT GTCACTGGTA GTCTGCACAT GGGTCACGCC
TTCGAGAGTG CGTTGATTGA TACCCTAGTG CGCTATCACC GAATGCAGGG GCGTAATACC
TTGTGGCTAC CCGGAACTGA CCACGCCAGT ATTGCAGTCC ATACAATTCT GGAAAAACAA
CTCAAGGCTG AGGGCAAAAC TCGCCAAGAG TTGGGACGTG ATAAATTCCT AGAACGTTCT
TGGCAATGGA AGGCGGAATC AGGGGGAACC ATTGTTAATC AGCTGCGACG TTTGGGTGTT
TCGGTAGATT GGTCGCGGGA GAGGTTTACT TTAGATGAGG GCTTATCTAA GGCTGTAGCC
GAAGCTTTCG TCAGTCTCTA CGAAGAGGGT TTGATTTATC GTGGTGAATA TTTGGTAAAT
TGGTGTCCGG CCACTCAGTC AGCTGTGTCT GATGTGGAGG TGGAATCAAA AGAAGTGGAG
GGTAATCTTT GGCATTTCCG TTATCCTCTG ACCGATGGTT CTGGTTATGT GGAAGTAGCG
ACGACTCGAC CGGAAACCAT GCTTGGTGAT ACGGCTGTTG CAGTTAATCC CAATGATGAC
AGATATAAAC ATCTGATTGG TAAAACCCTC ACACTGCCAA TTACACAACG GGAAATTCCT
ATTATTAGTG ATGAATTAGT TGACCCTGCT TTCGGTACAG GTTGCGTAAA AGTGACTCCC
GCCCATGACC CCAACGATTT TGAAATGGGT AAGCGTCACA ATCTGCCGTT TATTAACATC
CTAAATAAAG ACGGTACACT CAACGCCAAT GGTGGGGAGT TTGCAGGACA AGACCGCTTT
GTAGCAAGGA AGAACGTAGT ATCTCGCCTA GAAACAGATG GTTTTCTGGT GAAGATAGAA
GATTATAAGC ATACCGTACC CTATAGCGAT CGCGGTAAGG TTCCTGTCGA ACCTTTATTA
TCTACTCAAT GGTTCGTACA AATTCGCCCC TTGGCAGATA AAGCGTTAGC ATTTCTTGAC
GAGAAAAATA GCCCAGAGTT TGTTCCCCAA CGCTGGACAA AGGTTTATCG TGACTGGTTG
GTAAATCTGC GGGATTGGTG TATTTCTCGA CAATTATGGT GGGGTCATCA AATCCCCGCT
TGGTACGCGG TGAGTGAAAC CAACGGACAA ATTACCGATA ACACGCCTTT TGTGGTGGCA
AAATCCACAA ATGAAGCCTG GGAGAAAGCT AAAGCGCAAT TTGGGGAGAA TGTCCAACTA
GAACAAGACC CAGATGTACT AGATACTTGG TTTTCCTCAG GACTGTGGCC GTTTTCTACC
TTAGGCTGGC CAGAACAAAC CCCAGATTTA GCCAAATACT ACCCCACTAC TACCTTAGTT
ACGGGCTTTG ACATCATCTT TTTCTGGGTA GCAAGAATGA CGATGATGGC TGGTCATTTC
ACAGGACAAA TGCCGTTTCA GACCGTTTAT ATTCACGGTT TGGTCAGGGA TGAAAATAAT
AAAAAGATGT CCAAGTCGGC TAACAATGGA ATTGACCCAT TGTTACTGAT TGATAAATAC
GGTACTGATG CCCTACGGTA TACCTTAGTT AGGGAAGTAG CCGGTGCTGG TCAAGATATC
CGCTTGGAAT ATGACCGTAA AAAAGATGAA TCACCCTCGG TGGAAGCATC CCGCAACTTT
GCCAATAAGT TGTGGAACGC TGCCAGATTT GTGATGATGA ATTTGGATGG ACAGACACCA
GGGCAACTTG GTCAACCAAA TGCCACGGAA TTAAGCGATC GCTGGATTAT TTCCCGCTAT
CATCAAGTTA TCAAGCAAAC TACCAATTAC ATTGATAATT ACGGTTTAGG GGAAGCAGCC
AAAGGAATTT ACGAATTCAT CTGGGGCGAT TTCTGCGACT GGTATATTGA ACTAGTAAAA
TCCAGACTGC AAAAGGACGC AGACCCTTTA TCACGTAAAG CAGCACAACA AACCCTCGCC
TACGTCCTCG AAGGGATTCT CAAGCTACTG CATCCCTTTA TGCCCCACAT TACAGAGGAA
ATTTGGCAGA CTCTCACCCA ACAACCAGAA AATTCTTCAC AAACTTTAGC TTTACAAGCC
TATCCCCAAG CAGATGCAAA CTGGATAAAT CCCGCCTTGG AAACACAGTT TGATTTGTTG
ATTGGTACTA TCCGCACAAT TCGTAACTTA CGCGCTGAGG CGGAGGTGAA GCCAGGGGCA
AGAATCATCG CCAATTTACA AACTGATAGT GAATCAGAAA GACAAATCCT CATAGCTGGT
CAATCTTATA TTAAAGATTT AGCCAAGGTG GAGACTTTGA CCATTGCTGC TGGACAACAG
CCATCAACGG TGACAAAAAA GAAACCCCAA AGGGGCTTAA AAACTATCGG CTTAGTTATC
GCCGGCCTGG TTTTCCTCAG GGTAGCTTTG GCGGTAGCGG ATACAGTTGA TAATGTTCCT
TTCCTGGGAA ATTTCTTTGA AATTGTTGGG TTGGGTTACT CTGCTTGGTT TGTCGCCCGT
AACTTATTAT CCACCCCAGC TAGACAAAGA TTTTTAGCTA AGTTCTTCGC TTCACCCACT
GAGAAGAATC TTTCAGAGAC AGTACCACAA GCGCCACAAG CAGCAGAAAA GTCTATCGCT
GGTGTGGTAG GAACTGTACA AGTTGTTATA CCTCTAGCTG GTGTAGTGGA CATTGAAACT
CTACGTGCCA AACTAGAGAG AAGCATCAGC AAAGCGGAGG CTGAAGCTCA ATCTCTCAAA
GGTCGGTTAA GTAATCCTAA GTTTGTCGAT AAAGCTCCAG CAGATGTAGT ACAAGCTGCG
CGAGATGCTT TAGCTGAGGC AGAAAAACAA GTGGAAATTT TGCGCTTGCG CCTTCAGACA
TTGGTGTAA
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| Protein sequence | MTATITNLPS LYDPFTTEAK WQKFWEENQI YKADPNKDGE PYCVVIPPPN VTGSLHMGHA
FESALIDTLV RYHRMQGRNT LWLPGTDHAS IAVHTILEKQ LKAEGKTRQE LGRDKFLERS
WQWKAESGGT IVNQLRRLGV SVDWSRERFT LDEGLSKAVA EAFVSLYEEG LIYRGEYLVN
WCPATQSAVS DVEVESKEVE GNLWHFRYPL TDGSGYVEVA TTRPETMLGD TAVAVNPNDD
RYKHLIGKTL TLPITQREIP IISDELVDPA FGTGCVKVTP AHDPNDFEMG KRHNLPFINI
LNKDGTLNAN GGEFAGQDRF VARKNVVSRL ETDGFLVKIE DYKHTVPYSD RGKVPVEPLL
STQWFVQIRP LADKALAFLD EKNSPEFVPQ RWTKVYRDWL VNLRDWCISR QLWWGHQIPA
WYAVSETNGQ ITDNTPFVVA KSTNEAWEKA KAQFGENVQL EQDPDVLDTW FSSGLWPFST
LGWPEQTPDL AKYYPTTTLV TGFDIIFFWV ARMTMMAGHF TGQMPFQTVY IHGLVRDENN
KKMSKSANNG IDPLLLIDKY GTDALRYTLV REVAGAGQDI RLEYDRKKDE SPSVEASRNF
ANKLWNAARF VMMNLDGQTP GQLGQPNATE LSDRWIISRY HQVIKQTTNY IDNYGLGEAA
KGIYEFIWGD FCDWYIELVK SRLQKDADPL SRKAAQQTLA YVLEGILKLL HPFMPHITEE
IWQTLTQQPE NSSQTLALQA YPQADANWIN PALETQFDLL IGTIRTIRNL RAEAEVKPGA
RIIANLQTDS ESERQILIAG QSYIKDLAKV ETLTIAAGQQ PSTVTKKKPQ RGLKTIGLVI
AGLVFLRVAL AVADTVDNVP FLGNFFEIVG LGYSAWFVAR NLLSTPARQR FLAKFFASPT
EKNLSETVPQ APQAAEKSIA GVVGTVQVVI PLAGVVDIET LRAKLERSIS KAEAEAQSLK
GRLSNPKFVD KAPADVVQAA RDALAEAEKQ VEILRLRLQT LV
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