| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_03511 |
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| Symbol | alaS |
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| ID | 5552963 |
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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 | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | - |
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| Start bp | 3557435 |
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| End bp | 3560032 |
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| Gene Length | 2598 bp |
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| Protein Length | 865 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640908991 |
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| Product | alanyl-tRNA synthetase |
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| Protein accession | YP_001446674 |
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| Protein GI | 156975767 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0013] Alanyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00344] alanine--tRNA ligase |
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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 | ATGTACATGA GCACTGATGA GGTTCGTAAC GCGTTCCTCA AGTTCTTTGA GAGCAAAGGA
CACCAAATCG TAGAAAGTTC ATCGTTAGTT CCACATAACG ACCCAACCCT GCTGTTCACA
AACGCGGGTA TGAACCAATT TAAAGATTGT TTCTTAGGCT TAGAAAAACG AGCCTACACT
CGAGCGACTA CGGCTCAACG TTGTGTACGT GCTGGTGGTA AACACAACGA CCTGGAAAAC
GTTGGCTTTA CAGCTCGTCA CCACACATTC TTTGAAATGC TAGGCAACTT CAGCTTTGGC
GATTACTTCA AAGAAGACGC GATTGCTTTC GCATGGGAAT TTCTAACGGA AACTCTTAAG
TTGCCAGCAG ACCGTCTACT AGTAACGGTT TACGAGACAG ATGACGAAGC ATTCGATATC
TGGAACAAGA AAGTAGGCGT TCCAGCAGAC CGCATTATCC GCATTGGCGA CAAGAAAGGT
GGTAAGCCAT TTGAGTCAGA CAACTTCTGG CAAATGGGTG ACACTGGTCC TTGTGGTCCA
TGTACTGAAA TCTTCTACGA TCACGGTGAG CACATTTGGG GTGGCCGTCC TGGCACGCCT
GAAGAAGATG GTGACCGTTT CATCGAGATC TGGAACAACG TATTCATGCA GTTCAACCGT
CAAGCAGACG GCACTATGGA ACCGCTACCA AAACCATCGG TAGATACGGG GATGGGTATC
GAGCGTATCT CTGCAATCAT GCAAGGCGTT CACTCAAACT ACGAAATCGA TGTATTCCAA
GCTCTAATCA AAGCAGCTGC TGAAGTGATC GGTTACGAAG ATTTATCAAA CCAATCTCTA
CGCGTTATCG CTGACCACAT CCGTTCATGT TCATTCCTGA TCGTTGATGG CGTGATGCCT
TCAAACGAAG GTCGTGGTTA CGTTCTACGT CGTATCATCC GTCGTGCAGT TCGTCACGGT
AACAAGCTGG GCGCACAAGG TGCATTCTTC CACAAACTGG TTGGTGTACT AGCGGAAATC
ATGGGTACTG CTGGTGAAGA GCTGAAGCGT CAACAAGCTG TGGTTGAAAA AGTACTGCGT
ATCGAAGAAG AAAACTTCGG TCGTACACTT GAGCGCGGTA TGGCGATTCT AAACGAAGCA
CTAGATAACA TTTCTTCGCA AGGAACGGAC GGTAAAGTAC TAGACGGTGA AACCGTATTT
AAACTTTACG ATACCTACGG CTTCCCAGCT GACTTAACTA ACGACGTTGC ACGTGAGCGT
GAGTTCGCTA TCGACGAAGA AGGTTTCGAG AAAGCGATGG AAGAGCAGCG TCAACGTGCG
CGTGAAGCTG GTAACTTCGG TACTGACTAC AACGCAGCAA TCAAAGTTGA TACGCAAACA
GAATTCTGTG GTTACACAGG TACTAAAGGC TCTAGCTCTG TAGCAGCGAT GTTCGTTGAA
GGTAACGAAG TAGAATCACT ATCTGCAGGC GATAAAGCAA TCATCGTACT TGGTGAAACA
CCATTCTACG CTGAGTCAGG CGGTCAATGT GGTGACGCTG GTGAAATCCG CACTGAGTCT
GGTGTATTCC GTGTTGAAGA CACTCAAAAG CTAGGTAACG CAATCGCACA CCACGGTGTA
ATGGCAGAAG GCGTGCTAGC GAAAGGCGAC GAAGTAGCAA CTATCGTTGA CGCAGAGCGT
CGCGCAGCTA TCTCTCTAAA CCACTCAGCA ACGCACTTGC TACACGCAGC GCTACGCCAA
TTGCTTGGTG AGCATGTTAC TCAGAAAGGC TCACTAGTGA AAGCTGATGG TCTACGTTTC
GACTTCTCAC ACCTAGAAGC AGTAACTGCA GCAGAATTGA AAGAAGTTGA GCGTCTAGTC
AACGCGCAAA TTCGTCGTAA CCACGTGATT GAAACCAACG TGATGGACAT TGAGTCTGCG
AAGAAGAAAG GCGCAATGGC ATTGTTCGGT GAGAAGTACG ATGACGAAGT ACGCGTGCTG
TCTATGGGTG ATTTCTCGAC TGAGCTTTGT GGTGGTATCC ACGCTTCAAG CACTGGTGAC
ATCGGTCTAT TCAAGATCAC ATCTGAAGGT GGTATCGCAG CAGGTATCCG CCGTATCGAA
GCGGTAACGG GTGAAGGTGC GCTAGACGCA ATCGAAGCTC AAGCGGCTAA GTACGAAGAG
AAACTGGCTG AATCAGCACA GAAAGCGAAA TCTCTAGAGA AAGAAATCCA AAAACTGAAA
GACAAGATGG CAGCAGCAGA AAGCGCGAAC ATCATGGGTA AAGTTCAGGA TATCAACGGT
ACTAAAGTAC TGATTGCAGC TCTAGAAGGC GCAGACAATA AGAACCTACG TACTATGGTT
GATGACATCA AAAACCAAGT AGGTAGCGGC GTAATCCTTC TTGCAAACGT GAACGATGAC
AAGATCGGTC TGATTGCAGG TGTAACCAAA GACCTTATCG GCAAAGTGAA AGCGGGCGAC
CTAGTTAAGA TGGTTGCTGA GCAAGTTGGT GGTAAAGGTG GTGGTCGCCC AGATATGGCT
CAAGCAGGTG GTACCGATGT TGCGGCGCTA CCTGCGGCGA TTCAGACTGT ACAGCCTTGG
CTAGAAGAAC GCCTATAA
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| Protein sequence | MYMSTDEVRN AFLKFFESKG HQIVESSSLV PHNDPTLLFT NAGMNQFKDC FLGLEKRAYT
RATTAQRCVR AGGKHNDLEN VGFTARHHTF FEMLGNFSFG DYFKEDAIAF AWEFLTETLK
LPADRLLVTV YETDDEAFDI WNKKVGVPAD RIIRIGDKKG GKPFESDNFW QMGDTGPCGP
CTEIFYDHGE HIWGGRPGTP EEDGDRFIEI WNNVFMQFNR QADGTMEPLP KPSVDTGMGI
ERISAIMQGV HSNYEIDVFQ ALIKAAAEVI GYEDLSNQSL RVIADHIRSC SFLIVDGVMP
SNEGRGYVLR RIIRRAVRHG NKLGAQGAFF HKLVGVLAEI MGTAGEELKR QQAVVEKVLR
IEEENFGRTL ERGMAILNEA LDNISSQGTD GKVLDGETVF KLYDTYGFPA DLTNDVARER
EFAIDEEGFE KAMEEQRQRA REAGNFGTDY NAAIKVDTQT EFCGYTGTKG SSSVAAMFVE
GNEVESLSAG DKAIIVLGET PFYAESGGQC GDAGEIRTES GVFRVEDTQK LGNAIAHHGV
MAEGVLAKGD EVATIVDAER RAAISLNHSA THLLHAALRQ LLGEHVTQKG SLVKADGLRF
DFSHLEAVTA AELKEVERLV NAQIRRNHVI ETNVMDIESA KKKGAMALFG EKYDDEVRVL
SMGDFSTELC GGIHASSTGD IGLFKITSEG GIAAGIRRIE AVTGEGALDA IEAQAAKYEE
KLAESAQKAK SLEKEIQKLK DKMAAAESAN IMGKVQDING TKVLIAALEG ADNKNLRTMV
DDIKNQVGSG VILLANVNDD KIGLIAGVTK DLIGKVKAGD LVKMVAEQVG GKGGGRPDMA
QAGGTDVAAL PAAIQTVQPW LEERL
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