… and l-carnitine, were observed in Escherichia coli expressing a … putida resulted in several
physiological advantages and increased … Strains were complemented with the empty plasmid …

… , betaine and l-carnitine, producing trimethylamine (TMA). TMA is … can be genetically
manipulated in Clostridia and Bacteroidia. … and Escherichia coli Nissle 1917 have been …

… mechanically permeabilised cells produced the highest final … task of understanding host
physiology is often not explored in … further modified by the addition of plasmids containing genes …

… In the meantime, to ensure continued support, we are … of L-carnitine when the cells contained
caiT-D288R or plasmid pT7-5 … to the wild type, while transport via CaiT-D288R is impaired. …

… halophilus is not able to produce glycine betaine through de … , choline, proline and L-carnitine
can efficiently compete with … Subsequently, we constructed plasmids with a single- and …

… are genetically modified to perform novel functions within the … dietary phosphatidylcholine
and L-carnitine into trimethylamine N-… Endogenous and probiotic strains of Escherichia coli can …

… coli strain for CS production, we produced deuterated chondroitin and 13C labeled … used
to coat plasmid DNA for uptake in gene therapy applications34. The continued development of …

… their genome and plasmid backgrounds. All of the genetically modified strains were stored in
… (REL607) Ara+ strains that produce red and white colonies respectively on TA agar plates. …

… pathways in Escherichia coli to selectively produce three … -Butanol production with a
reduced copy number plasmid for … in the parent strain showed Lcarnitine-dependent growth on …

… plasmid … -100 produced 1-octanol more rapidly than it could be exported from the cell, leading
to rapid intracellular build-up of toxic product which had a negative effect on cell physiology…