| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_002521 |
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| Symbol | |
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| ID | 8556237 |
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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 sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | + |
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| Start bp | 1004403 |
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| End bp | 1006985 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646405600 |
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| Product | alanyl-tRNA synthetase |
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| Protein accession | YP_003285148 |
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| Protein GI | 262393294 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.226197 |
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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 | ATGTACATGA GCACTGACGA GGTTCGTAAC GCGTTCCTCA AGTTCTTTGA AAGCAAAGGA
CACCAAATCG TAGAAAGTTC ATCGTTAGTT CCACATAACG ACCCAACCCT GCTGTTCACA
AACGCAGGTA TGAACCAATT TAAAGATTGT TTCTTAGGCT TAGAAAAACG AGCCTATACT
CGAGCGACTA CGGCTCAACG TTGTGTACGT GCTGGTGGTA AACACAACGA CCTGGAAAAT
GTTGGCTTTA CCGCTCGTCA CCACACATTC TTTGAAATGC TAGGCAACTT CAGCTTTGGC
GACTACTTCA AAGAAGATGC GATTTCATTT GCTTGGGAAT TCCTAACCGA AGTTCTTAAA
CTGCCTGCGG ATCGTCTATT GGTAACCGTT TACGAAACCG ATGACGAAGC ATTCGACATC
TGGAACAAAA AAGTTGGCGT GCCTGCTGAT CGTATCGTGC GCATTGGTGA CAAAGAAGGT
GGCAAGCCTT ACGAGTCTGA TAACTTCTGG CAAATGGGCG ACACTGGTCC TTGTGGTCCA
TGTACTGAAA TCTTCTACGA TCACGGTGAA CATATCTGGG GTGGTCGTCC TGGCACGCCT
GAAGAAGATG GTGACCGTTT CATCGAGATC TGGAACAACG TATTCATGCA GTTCAACCGT
CACGCAGACG GCACTATGGA ACCGCTACCA AAACCATCGG TAGATACTGG TATGGGTATC
GAGCGTATCT CTGCAATCAT GCAAGGGGTT CACTCAAACT ACGAAATCGA TGTATTCCAA
ACTCTTATCA AAGCAGCAGC TGAAGTCATT GGTTATGAAG ATCTATCGAA CCAATCGCTA
CGCGTTATTG CTGACCACAT CCGTTCATGT TCATTCTTGA TTGTTGATGG TGTGATGCCT
TCAAACGAAG GTCGTGGTTA CGTACTACGT CGTATCATTC GTCGTGCCGT ACGTCATGGT
AACAAGCTAG GTGCACAAGG TGCATTCTTC TATAAGCTTG TTGGCGTATT AGCAGAAGTA
ATGGGTACAG CAGGCGAAGA GCTGAAGCGT CAACAAGCAG TGGTTGAAAA AGTGCTGCGT
ATCGAAGAAG AAAACTTCGG TCGTACACTT GAGCGCGGTA TGGTAATTCT TAACGAAGCA
TTAGATAACC TAGATGGCAA AGTGCTAGAC GGCGAAACGG TATTCAAGCT TTACGATACT
TACGGCTTCC CAGCAGACCT CACTAACGAC GTTGCACGTG AGCGTGAGTT CGCGATCGAC
GAAGAGGGTT TCGAAAAAGC GATGGAAGAG CAGCGTCAAC GTGCGCGTGA AGCTGGTCAA
TTCGGTACAG ATTATAACGC AGCAATCAAA GTTGATACGC AAACAGAATT CTGTGGTTAC
ACAGGTACTA AAGGTTCTAG TTCAGTCGCT GCGATGTTTG TTGAAGGCAA CGAAGTAGAT
TCACTATCTG CAGGCGATAA AGCCATCATC GTGCTTGGTG AAACGCCATT CTACGCAGAG
TCAGGCGGTC AGTGTGGTGA CGCGGGTGAA ATCCGTACTG AGTCTGGTGT ATTCCGCGTT
GAAGACACTC AAAAACTCGG CAACGCAATC GCACACCACG GTGTAATGGC AGAAGGCGTG
CTAGCGAAAG GTGACGAAGT GGCAACTATC GTTGACGCAG AGCGTCGCGC AGCTATCTCT
CTTAACCACT CAGCGACGCA CTTGCTACAC GCAGCACTAC GCCAAGTTCT TGGTGAGCAC
GTAACGCAGA AAGGCTCACT AGTGAAAGCT GACAGCCTAC GTTTCGACTT CTCACACCTA
GAGGCAGTAA CTGCAGCAGA ACTGAAAGAA GTTGAGCGTC TAGTAAACGC ACAAATTCGT
CGTAACCACA CGATTGAAAC CAATGTGATG GATATTGAGT CTGCTAAGAA GAAAGGCGCA
ATGGCATTGT TTGGTGAGAA GTACGATGAC GAAGTTCGCG TGTTGTCTAT GGGTGACTTC
TCTACTGAGC TTTGTGGTGG TATTCACGCA TCAAGCACGG GTGATATTGG TCTATTCAAA
ATCACATCAG AAAGCGGTAT TGCAGCTGGT ATTCGTCGTA TTGAAGCGGT AACAGGCGAG
GCGGCATTAG ACGCTATTGA AGCTCAAAAT GCGAAGTACG AAGAGAAACT GGCAGAGTCT
GCACAGAAAG CAAAAGCACT AGAAAAAGAA GTGCAGAAGC TAAAAGATAA GATGGCAGCC
GCAGAAAGCG CTAACATCAT GGGCAAAGCG GTTGAAGTAA ATGGCACAAA AGTTCTAGTT
GCGGCCCTTG AAGGTGCTGA TAGCAAGAAC CTACGTACCA TGGTTGATGA CATCAAGAAT
CAAATGGGTT CTGGTGTTGT ACTGCTTGCA AACGTAACGG GTGACAAGGT TGGCTTGATT
GCTGGTGTGA CTAAAGATCT CACTGGTAAA GTAAAAGCAG GTGATCTGGT TAAAATGGTT
GCAGAGCAAG TCGGTGGTAA GGGCGGTGGT CGTCCAGACA TGGCTCAAGC CGGTGGTACT
GATGTTTCAG CACTACCAGA GGCAATCAAA ACAGTTCAGC CTTGGCTAGA AGAGCGTTTA
TAA
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| Protein sequence | MYMSTDEVRN AFLKFFESKG HQIVESSSLV PHNDPTLLFT NAGMNQFKDC FLGLEKRAYT
RATTAQRCVR AGGKHNDLEN VGFTARHHTF FEMLGNFSFG DYFKEDAISF AWEFLTEVLK
LPADRLLVTV YETDDEAFDI WNKKVGVPAD RIVRIGDKEG GKPYESDNFW QMGDTGPCGP
CTEIFYDHGE HIWGGRPGTP EEDGDRFIEI WNNVFMQFNR HADGTMEPLP KPSVDTGMGI
ERISAIMQGV HSNYEIDVFQ TLIKAAAEVI GYEDLSNQSL RVIADHIRSC SFLIVDGVMP
SNEGRGYVLR RIIRRAVRHG NKLGAQGAFF YKLVGVLAEV MGTAGEELKR QQAVVEKVLR
IEEENFGRTL ERGMVILNEA LDNLDGKVLD GETVFKLYDT YGFPADLTND VAREREFAID
EEGFEKAMEE QRQRAREAGQ FGTDYNAAIK VDTQTEFCGY TGTKGSSSVA AMFVEGNEVD
SLSAGDKAII VLGETPFYAE SGGQCGDAGE IRTESGVFRV EDTQKLGNAI AHHGVMAEGV
LAKGDEVATI VDAERRAAIS LNHSATHLLH AALRQVLGEH VTQKGSLVKA DSLRFDFSHL
EAVTAAELKE VERLVNAQIR RNHTIETNVM DIESAKKKGA MALFGEKYDD EVRVLSMGDF
STELCGGIHA SSTGDIGLFK ITSESGIAAG IRRIEAVTGE AALDAIEAQN AKYEEKLAES
AQKAKALEKE VQKLKDKMAA AESANIMGKA VEVNGTKVLV AALEGADSKN LRTMVDDIKN
QMGSGVVLLA NVTGDKVGLI AGVTKDLTGK VKAGDLVKMV AEQVGGKGGG RPDMAQAGGT
DVSALPEAIK TVQPWLEERL
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