Gene Maqu_2061 details

Gene Information

• Locus tag: Maqu_2061
• Symbol: thrS
• ID: 4657194
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Marinobacter aquaeolei VT8
• Kingdom: Bacteria
• Replicon accession: NC_008740
• Strand: -
• Start bp: 2299162
• End bp: 2301087
• Gene Length: 1926 bp
• Protein Length: 641 aa
• Translation table: 11
• GC content: 54%
• IMG OID: 639812037
• Product: threonyl-tRNA synthetase
• Protein accession: YP_959329
• Protein GI: 120554978
• COG category: [J] Translation, ribosomal structure and biogenesis
• COG ID: [COG0441] Threonyl-tRNA synthetase
• TIGRFAM ID: [TIGR00418] threonyl-tRNA synthetase

Plasmid Coverage information

• Num covering plasmid clones: 7
• Plasmid unclonability p-value: 0.399726
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGCCCGTCA TTACCCTGCC AGATGGCAGT CATCGCAGTT TTGCTGAACC CGTAACCGTA 
CACGACGTTG CCGCAGACAT TGGCGCGGGC CTGGCCAAAG CGGCCCTGGC CGGAAAGGTT 
AACGGAAAGC TTGTGGATAC CAGCCACCTG ATTGAAAATG ATACAGAGCT GGCGATTGTG 
ACGGAGCGTG ATGAAGACGG CGTGGATATT ATTCGCCACT CCACTGCTCA CCTGATGGCC 
ATGGCGGTTC AGGAGCTGTT CCCTGGCGCC CAGGTCACCA TCGGTCCGGT AATCGAGAAC 
GGCTTCTACT ACGACTTCAA ATATGAGCGC CCGTTTACCA ATGAAGACAT GGCGCGCATT 
GAAAAGCGTA TGGAAGAACT CGCGAAACAG GATCTGCCGG TTTCCCGCTC CATTATGTCC 
CGGGACGAAG CGATCAAGCT GTTTAACGAG ATGGGCGAGG AGTACAAGGT TCGCATCATC 
GAAGACATTC CGGGAGAGGA AGACCTGTCA TTCTATCGTC AGGGCGACTT CATCGATCTG 
TGTCGTGGTC CTCACGTGCC CAGCACCGGT AAGCTCAAGG CCTTCAAGCT GACCAAGGTG 
GCCGGTGCCT ATTGGCGTGG CGATACCAGT AATGAGCAGC TGCAGCGTAT CTACGGTACT 
GCCTGGGGTA ACAAGAAAGA CCTCAAGGCC TACCTGCACC GCCTGGAAGA AGCTGAAAAA 
AGGGATCATC GCAAGATTGG CAAGAAGCTG GGCCTGTTCC ACATGCAGGA AGAAGCCCCG 
GGTATGGTGT TCTGGCATCC GGATGGCTGG TCCCTCTATC AGGAGGTGGA ACAGTACATG 
CGTGCCCAGC AGCATAAGCA TGGCTACAAG GAGATCAAGA CACCTCAGGT GGTGTCGCGG 
ACCCTGTGGG AAAAGTCCGG CCACTGGGAC AAGTTCAAGG ACGACATGTT TACCACTGAG 
TCCGAGAAGC ACGATTACGC CATCAAGCCC ATGAACTGTC CGTGTCACGT GCAGGTGTTT 
AATCAGGGCC TGAAGAGCTA CAAGGATCTG CCGCTGCGCC TGGCCGAGTT TGGCTCCTGC 
CACCGGAATG AAGCTTCTGG CGCGTTGCAT GGACTGATGC GGGTGCGTGG TTTTACCCAG 
GATGATGCCC ATATCTTCTG TGAGGAAGAT GCTATCCAGG AAGAAGTGTC TGCATTTATT 
GCCATGTTGC ACGAGATATA TGCAGACTTC GGCTTCAGTG AAATCCTTTA CAAGCTGTCC 
ACCCGCCCTG AAAAGCGGGT CGGGTCGGAC GAAGTCTGGG ACAAATCCGA GGCAGCGCTC 
GAGCAGGCGC TGAACCGTGA AGGGGTTGAC TGGGAGCTGT TGCCGGGCGA AGGTGCCTTC 
TACGGCCCGA AGATCGAGTT TTCTCTGAAA GATTGCCTCG GTCGGGTGTG GCAGTGTGGT 
ACCATCCAGG TCGACTTCTC GATGCCGGGT CGTCTGGGGG CGCAGTATGT GGCCGACAAT 
TCCGAGCGCA AAACGCCGGT TATGCTGCAT CGGGCTGTGC TGGGTTCCTT TGAGCGTTTC 
ATTGGTATCC TGATCGAGGA GTATGAAGGT GCTTTCCCGA CCTGGCTGGC ACCGACACAG 
GTTGCTGTCC TGAATATTAC CGATAAACAG CGTGATTACT GTCAGAATCT GGCCAAAAAA 
CTGGATTCTT CAGGCTATCG GGTTAATGCT GACTTGAGAA ACGAGAAGAT CGGCTTTAAA 
ATCCGCGAGC ATACTCTAAA TAAGGTTCCC TATCTGGTTG TTGTTGGCGA TAAAGAAATC 
GAGAACAACG CCGTTGCCGT CCGGACACGT AAGGGCGAAG ACCTGGGAAC CATGTCGGTC 
GACGATTTTG AAAAGCTGCT TGCAGCGGAC GTCGAGCGCA AAGGTAGAAC CAAAACGGAG 
ATCTGA 

 

Protein sequence

MPVITLPDGS HRSFAEPVTV HDVAADIGAG LAKAALAGKV NGKLVDTSHL IENDTELAIV 
TERDEDGVDI IRHSTAHLMA MAVQELFPGA QVTIGPVIEN GFYYDFKYER PFTNEDMARI 
EKRMEELAKQ DLPVSRSIMS RDEAIKLFNE MGEEYKVRII EDIPGEEDLS FYRQGDFIDL 
CRGPHVPSTG KLKAFKLTKV AGAYWRGDTS NEQLQRIYGT AWGNKKDLKA YLHRLEEAEK 
RDHRKIGKKL GLFHMQEEAP GMVFWHPDGW SLYQEVEQYM RAQQHKHGYK EIKTPQVVSR 
TLWEKSGHWD KFKDDMFTTE SEKHDYAIKP MNCPCHVQVF NQGLKSYKDL PLRLAEFGSC 
HRNEASGALH GLMRVRGFTQ DDAHIFCEED AIQEEVSAFI AMLHEIYADF GFSEILYKLS 
TRPEKRVGSD EVWDKSEAAL EQALNREGVD WELLPGEGAF YGPKIEFSLK DCLGRVWQCG 
TIQVDFSMPG RLGAQYVADN SERKTPVMLH RAVLGSFERF IGILIEEYEG AFPTWLAPTQ 
VAVLNITDKQ RDYCQNLAKK LDSSGYRVNA DLRNEKIGFK IREHTLNKVP YLVVVGDKEI 
ENNAVAVRTR KGEDLGTMSV DDFEKLLAAD VERKGRTKTE I