Bioelectrocatalysis is a green, sustainable, efficient method to produce value-added
chemicals, clean biofuels and degradable materials. As an alternative approach to modern …

Industrial biotechnology promises to revolutionize conventional chemical manufacturing in
the years ahead, largely owing to the excellent progress in our ability to re-engineer cellular …

Phenoty** single cells based on the products they secrete or consume is a key bottleneck
in many biotechnology applications, such as combinatorial metabolic engineering for the …

Metabolic engineering has developed as a very powerful approach to optimising industrial
fermentation processes through the introduction of directed genetic changes using …

A revolution in industrial microbiology was sparked by the discoveries of ther double-
sttranded structure of DNA and the development of trecombinant DNA technology …

The tremendous complexity of dynamic interactions in cellular systems often impedes
practical applications of metabolic engineering that are largely based on available …

The immense chemical diversity of plant-derived secondary metabolites coupled with their
vast array of biological functions has seen this group of compounds attract considerable …

Although microorganisms are extremely good in presenting us with an amazing array of
valuable products, they usually produce them only in amounts that they need for their own …

Escherichia coli remains the best-established production organism in industrial
biotechnology. However, when aerobic fermentation runs at high growth rates, considerable …

Various selection procedures in chemostats and batch cultures were systematically tested
for their efficiency to select for a multiple-stress resistance phenotype in Saccharomyces …