… To this end, we are actively focused on improving transformation efficiencies in methanotrophic
bacteria by leveraging bacteriophage lambda red recombineering (Sharan et al. 2009; …

… yield, productivity and titre, and the cost effectiveness of … to develop an industrial strain
through metabolic engineering … efficient chemical production is the metabolic engineering of …

… This procedure ensures low production costs, high performance and does not require …
Indeed, an increase of both production and tolerance to acetic acid was highlighted in a …

… Metabolic engineering of microbes now supports the … Successful engineering of a microbe
for the efficient bioproduction of a … of PKT in metabolic engineering was to enhance ethanol …

… of acetate as a building block in industrial biotechnology for the … Acetic acid bacteria
represent a group of strictly aerobic … thus increasing biochemicals productivity from acetate. This …

… by genetic engineering, metabolic engineering, synthetic … adaptors to focus on process
efficiency, flexibility, manufacturing … However, new microbial cell factories improved by synthetic …

… conversion efficiency and cost-efficiency. This work also highlights that low-cost acetic acid
could be … Here we explored two independent metabolic engineering strategies to improve the …

… with higher efficiencies. In this article, metabolic engineering strategies recently exploited
to … endogenous genes for spermidine biosynthesis to enhance acetic acid tolerance N/A [40] …

… biology and biotechnology, industrial biotechnology, and … , their performance needs to be
enhanced. This is where … target genes that confer improved tolerance to acetic acid were found. …

… for industrial biomanufacturing of acetone by engineered E. … A large proportion of acetic
acid are produced chemically by … to increase the productivity of acetone from acetate, using the …