GenBank-Updates@genbank.bio.net (09/23/90)
LOCUS ECOFADR 1294 bp ds-DNA BCT 23-SEP-1990
DEFINITION E.coli fadR gene for FadR protein
involved in fatty acid metabolism.
ACCESSION X08087
KEYWORDS DNA binding protein; activator protein; fadR gene; repressor.
SOURCE Escherichia coli.
ORGANISM Escherichia coli
Prokaryota; Bacteria; Gracilicutes; Scotobacteria;
Facultatively anaerobic rods; Enterobacteriaceae.
REFERENCE 1 (bases 1 to 1294; enum. 1 to 1294)
AUTHORS DiRusso,C.C.
TITLE ;
JOURNAL Unpublished (1988) see COMMENT for author address
STANDARD simple automatic
REFERENCE 2 (bases 1 to 1294; enum. 1 to 1294)
AUTHORS Dirusso,C.C.
TITLE Nucleotide sequence of the fadR gene, a multifunctional regulator
of fatty acid metabolism in Escherichia coli
JOURNAL Nucleic Acids Res. 16, 7995-8009 (1988)
STANDARD simple automatic
COMMENT *source: strain=K12; **map: genomic position=25.5 min;
EMBL features not translated to GenBank features:
key from to description
PRM 95 134 promoter region
SITE 135 135 transcription start site
SITE 267 326 DNA binding site
INVREP 907 915 inverted repeat A
INVREP 920 928 inverted repeat A'
TERM 907 928 pot. stem-loop structure; pot.
transcription terminator
[1] Author address DiRusso C.C., College of Medicine, Department of
Biochemistry, University of Tennessee, Memphis, 800 Madison Avenue,
Memphis, TN 38163.
Submitted (01-JUN-1988) on tape to the EMBL data library.
FEATURES from to/span description
pept 168 887 FadR protein /nomgen="fadR"
site 1065 1294 putative VECTOR sequence lambda
BASE COUNT 300 a 304 c 329 g 361 t
ORIGIN
1 aagcttaacg gtcaggcagg agtgaggcaa gtcttgatag tcaaggggaa agagatgcgg
61 aaaatgaagc cttgatccct ttttcttctt tttgtctgct atcagcgtag ttagccctct
121 ggtatgatga gtccaacttt gttttgctgt gttatggaaa tctcactatg gtcattaagg
181 cgcaaagccc ggcgggtttc gcggaagagt acattattga aagtatctgg aataaccgct
241 tccctcccgg gactattttg cccgcagaac gtgaactttc agaattaatt ggcgtaacgc
301 gtactacgtt acgtgaagtg ttacagcgtc tggcacgaga tggctggttg accattcaac
361 atggcaagcc gacgaaggtg aataatttct gggaaacttc cggtttaaat atccttgaaa
421 cactggcgcg actggatcac gaaagtgtgc cgcagcttat tgataatttg ctgtcggtgc
481 gtaccaatat ttccactatt tttattcgca ccgcgtttcg tcagcatccc gataaagcgc
541 aggaagtgct ggctaccgct aatgaagtgg ccgatcacgc cgatgccttt gccgagctgg
601 attacaccat attccgcggc ctggcgtttg cttccggcaa cccgatttac ggtctgattc
661 ttaacgggat gaaagggctg tatacgcgta ttggtcgtca ctatttcgcc aatccggaag
721 cgcgcagtct ggcgctgggc ttctaccaca aactgtcggc gttgtgcagt gaaggcgcgc
781 acgatcaggt gtacgaaaca gtgcgtcgct atgggcatga gagtggcgag atttggcacc
841 ggatgcagaa aaatctgccg ggtgatttag ccattcaggg gcgataatcc cttccgttta
901 aagagcaaac ccctcaaacg aggggttttt tgttgttttt acagatttcc cattcttggc
961 gggcaacgtt ccagcaactc gatgctgccg tcttcgtttt gctgttcgag catcacatca
1021 aatccccaca ggcgatgcac atgcttcagg acttctttgc gcccccgatc cccttcgaag
1081 gaaagacctg atgcttttcg tgcgcgcata aaataccttg atactgtgcc ggatgaaagc
1141 ggttcgcgac gagtagatgc aattatggtt tctccgccaa gaatctcttt gcatttatca
1201 agtgtttcct tcattgatat tccgagagca tcaatatgca atgctgttgg gatggcaatt
1261 tttacgcctg ttttgctttg ctcgacataa agct
//