GenBank-Updates@genbank.bio.net (09/23/90)
LOCUS ECOEXBBD 2195 bp ds-DNA BCT 23-SEP-1990
DEFINITION E.coli exbB and exbD genes encoding biopolymer transport proteins,
complete cds.
ACCESSION M28819
KEYWORDS biopolymer transport; cytoplasmic membrane protein.
SOURCE E.coli DNA.
ORGANISM Escherichia coli
Prokaryota; Bacteria; Gracilicutes; Scotobacteria;
Facultatively anaerobic rods; Enterobacteriaceae.
REFERENCE 1 (bases 1 to 2195)
AUTHORS Eick-Helmerich,K. and Braun,V.
TITLE Import of biopolymers into Escherichia coli: Nucleotide sequences
of the exbB and exbD genes are homologous to those of the tolQ and
tolR genes, respectively
JOURNAL J. Bacteriol. 171, 5117-5126 (1989)
STANDARD simple staff_entry
FEATURES from to/span description
pept 329 < 1 (c) metC peptide
pept 582 1316 exbB peptide
pept 1323 1748 exbD peptide
site 1 887 putative VECTOR sequence M13mp18
BASE COUNT 535 a 530 c 581 g 549 t
ORIGIN 1 bp upstream of EcoRI site.
1 gaattcgagc tcggtacccg gggatcgccc tgttcgataa aagcaagaat ggaattagca
61 accgctgccg ccccgcaggg aaatagcacg cagcctgcgc caccttccag ttcacacatc
121 gcttgttgta aggagaaatg ggttaacgtt ccgcgccgtc catagaacaa ctctccattg
181 gcgcgattac gtgtcgcgtg ttttttggct tctacactgt caaagaccag cgaagaagcg
241 cgctgaatca cgctatttac cgcgccgaga ctgtattttt tgctgcgtcc tgcattcacc
301 agttgagtat caagcttttt gtccgccatg tcgggattcc tgtttttata agtctggatg
361 tctaaactag catgaatatt cgcgggcgcc atcctgaaga attggcataa agcagaaaat
421 tttcgcaaat ggcgtgctgg tgactttttt actgcgtaaa cgcaaggaaa agaaagcaaa
481 ggtacggcag tatgcaaata gtaatgagaa cgactatcaa ttcgacgtcg ttttgatatt
541 attatgcgca gattttgtga cttgcgtcct ggagatacac agtgggtaat aatttaatgc
601 agacggacct ttccgtctgg ggtatgtatc agcacgccga tattgtcgtt aagtgcgtga
661 tgattgggct tattttggcc tccgtagtca cctgggcaat cttcttcagt aagagcgtag
721 agttcttcaa tctgaagcgt cgccttaagc gcgagcagca actgctggct gaagcgcgtt
781 ccttaaacca ggccaacgat atcgccgctg attttggtag caaaagctta agcctgcatt
841 tgctcaatga agcgcagaat gagctggaac tgtcagaagg cagcgacgat aacgaaggta
901 ttaaagaacg taccagcttc cgtctggagc gtcgggtcgc cgcagtgggt cgtcaaatgg
961 gccgcggtaa cggctatctg gcaaccatcg gcgcgatttc tccgttcgtt ggtctgtttg
1021 gtacggtctg gggcatcatg aacagcttta ttggtatcgc gcaaacgcag accactaacc
1081 tggcagtcgt tgcgccgggt atcgcagaag ctctgttagc aacggcaatc ggcctcgtgg
1141 cagcgattcc tgcggtcgtt atctataacg tatttgcacg gcagattggc ggctttaaag
1201 cgatgctggg tgatgttgca gcgcaggtat tgttgctgca aagccgtgac ctggatctgg
1261 aagccagcgc cgctgcgcat ccggttgctg tcgcacaaaa attacgcgca ggataatatc
1321 cgatggcaat gcatcttaac gaaaacctcg acgataacgg cgaaatgcat gatatcaacg
1381 tgacgccgtt tatcgacgtg atgttggttc tgctgattat ctttatggtg gcggcaccgt
1441 tagcgacggt agatgtgaag gtgaacttgc ctgcttctac cagcacgccg cagccgcgcc
1501 cggaaaaacc ggtttatctg tcggtgaagg cagacaactc gatgtttatc ggtaacgatc
1561 cggtcaccga tgaaacaatg attacggcgt tgaatgcgtt aaccgaaggc aagaaagaca
1621 ccaccatctt cttccgagcg gacaaaaccg tcgattacga gacgttgatg aaggtaatgg
1681 atacgctgca tcaggcgggt tacctgaaga taggtctggt cggcgaagaa accgccaaag
1741 cgaagtaaag tagaattgcc tgatgcgcta cgctcatcag gcctacaaaa tctattgcaa
1801 catgttgaat cttcgtgcgt ttgtaggccg gataaggcgt tcacgacgca tccggcatta
1861 ggtgctcaat gcctgatgct acgcttatca ggcctacaaa atctattgca acatggtgaa
1921 tcttcatgcg tttgtaggcg gataaggcgt tttcgccaca tcaggtaaga gtggaattca
1981 caatgatgcc cggttgcttt tgcaaccggg cattttttta acctaaatgc tcgccgccgc
2041 acacgccgtg cacttctgcg gtgacgtagc tcgattcctg acttgccaga taaacatata
2101 caggggccag ttccgccggt tgccccgcac gtttcatcgg cgtttgctga ccaaactgcg
2161 ggatcctcta catcgacctg gaccgatgca agctt
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