Gene Maqu_2809 details

Gene Information

• Locus tag: Maqu_2809
• ID: 4656111
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Marinobacter aquaeolei VT8
• Kingdom: Bacteria
• Replicon accession: NC_008740
• Strand: +
• Start bp: 3148530
• End bp: 3150359
• Gene Length: 1830 bp
• Protein Length: 609 aa
• Translation table: 11
• GC content: 57%
• IMG OID: 639812790
• Product: long-chain-acyl-CoA synthetase
• Protein accession: YP_960071
• Protein GI: 120555720
• COG category: [I] Lipid transport and metabolism; [Q] Secondary metabolites biosynthesis, transport and catabolism
• COG ID: [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 1
• 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

ATGAGCCAAG ACATCGTAAC CGCACGCGAC ATCATGCGCA GCCTGCCCAC GGTTCTGAAA 
AAATTTCCCT TCGTGGCAAA AGGGCTTTAC TACTACCGGG TAAAGGACGA CAAAAAAGAG 
CTGACCCTTG GCAAGCTGGT AGAGCGCAAC GCTGACAAAC ACCCCACGCG CCCTGCCATT 
CTCTTCGATG ATCGCAGCAT TACCTGGGCA GAACTGGATG CCTGGAGCAA TCGAATTGCC 
CATTACCTGA AAGATCAGGG GCTGGTAAAG GGCGATGCCA TTGCGGTACT GCTGGAAAAC 
CGACCGGAAC TACTGGCGAC CGTGGTTGGC GCAGCCAAGG TCGGCGTGGC CTGCGCCATG 
CTGAACACCT CCCAGAAAGG CAAAGTGCTG GCCCACAGTA TCAACCTGAT CGAGCCACGA 
CTGCTGGTGG TTGGTAGCGA ACTGATCGAC AATGCCGAGT CGGTTCGTGG AGAGGTTCAG 
CTCCGGCACA CGCATCCCTT GCTCTACCTG CACGACGGCA ACACTCTGAA CACCTTTGGT 
GACGCGCCGG AGGGCTACGT CAACCTGGCC CTGGAAGTCA GCCGCCGGCC CTCAACCCGA 
CCGGTCCTGA GCAACCCGGT AACCATGGGC GATACCGCCG TGTATCTTTA CACCTCAGGC 
ACCACCGGCC TGCCCAAGGC GGCGCCCGGC TCACATCGCA AATTTATCAA AGCCTACGGC 
GGCTTTGGCA TGCTCTCCCT GGCCATGGAA CCGGAAGACG TCCTGTATTG TACGCTGCCG 
CTGTATCATG GCACCGCCCT GCTGGTGTGT TGGGGCTCGG TCCTCGCCGG TGGCTCTGCC 
ATCGCACTGC GCCGAAAATT CTCCGCCAGC GCCTTCTGGG ACGACGTCCG ACGCTACAAC 
GCCACCACCT TCGGCTACGT GGGCGAACTG TGCCGCTACC TGCTGAATCA ACCTCCCAGC 
AGCCAGGACC GCAACCACGG CCTGACCAAA ATGATCGGCA ACGGCCTGCG CCCCTCCATC 
TGGAAAGAAT TCAAGGAACG TTTTGGCATC GACAAGGTGG CTGAACTGTA TGCCTCATCA 
GAAGGCAATA TCGGCTTCAG CAACTTTTTC AACATGGACA ACACCGTGGG CTTCTCCACC 
GCGCCCTACA AACTGGTCAA GTACCACGAA GGCACCCGGG ACCCGATCCG CAACGACAAG 
GGCCGTCTGG AGGAAGTGGA AAAAGGCCAG CCCGGCCTGT TGATCGGGGA GATCAACAAG 
AAGTGGGCAT TCGAGGGATA CACCCAGAAG GAAGCCACCG AGAAATCCAT CCTGCGCGAT 
GGCTTCAAGA AAGGCGATGC CTGGTTCAAT ACCGGTGATG TATTAAAAGA AATCGGCTGC 
CGTCACCTGC AGTTTGTCGA TCGCATGGGC GACACCTTCC GCTGGAAGGG AGAAAACGTA 
TCGACGACGG AGGTGGAAAA CATCATTGAT GGCTCCGGCA TGGTGGAAGA AGCCATTGTG 
TACGGTGTCG AGATTCCCAA AACCAACGGC AAGGCGGGCA TGGTAACGCT GGTGCCTCAG 
TCCAATGGTT CGGCCTTCGA TATCAACAAG CTGTTTGACT ATCTGCAGGA GAATCTGCCG 
GCCTATGCGG TGCCGGTGTT TGTGCGGGTG ACCAATGCCA TCGAGAAGAC GGGAACGTTC 
AAGTACCGGA AGGTGGACAT CCAGAAGCTA GGCTATTCGC TGGAGCGGTC AGAAGGCGAT 
GTTTACGCCT GGCTGCCCGG TTCGTCCGGT TATACGTTGC TGACTCCGGA GCTAGTCTCG 
GATATTGATT CGGGGGATGT TCGGTTTTGA 

 

Protein sequence

MSQDIVTARD IMRSLPTVLK KFPFVAKGLY YYRVKDDKKE LTLGKLVERN ADKHPTRPAI 
LFDDRSITWA ELDAWSNRIA HYLKDQGLVK GDAIAVLLEN RPELLATVVG AAKVGVACAM 
LNTSQKGKVL AHSINLIEPR LLVVGSELID NAESVRGEVQ LRHTHPLLYL HDGNTLNTFG 
DAPEGYVNLA LEVSRRPSTR PVLSNPVTMG DTAVYLYTSG TTGLPKAAPG SHRKFIKAYG 
GFGMLSLAME PEDVLYCTLP LYHGTALLVC WGSVLAGGSA IALRRKFSAS AFWDDVRRYN 
ATTFGYVGEL CRYLLNQPPS SQDRNHGLTK MIGNGLRPSI WKEFKERFGI DKVAELYASS 
EGNIGFSNFF NMDNTVGFST APYKLVKYHE GTRDPIRNDK GRLEEVEKGQ PGLLIGEINK 
KWAFEGYTQK EATEKSILRD GFKKGDAWFN TGDVLKEIGC RHLQFVDRMG DTFRWKGENV 
STTEVENIID GSGMVEEAIV YGVEIPKTNG KAGMVTLVPQ SNGSAFDINK LFDYLQENLP 
AYAVPVFVRV TNAIEKTGTF KYRKVDIQKL GYSLERSEGD VYAWLPGSSG YTLLTPELVS 
DIDSGDVRF