Sentence examples for microbial fermentation in from inspiring English sources

Paradigms of extractive microbial fermentation in cloud point system are highlighted with some cases in our lab.

The continuing decrease in enzyme cost and improvements in enzyme engineering techniques will make in vitro biosystems a comparable biomanufacturing platform for microbial fermentation in the near future.

The successful gardener has always known you don't need to master the science of the soil, which is yet another hotbed of microbial fermentation, in order to nourish and nurture it.

The effects of a Saccharomyces cerevisiae fermentation product (SCFP) on microbial fermentation in the digestive tract, milk production, and inflammation response were determined in Holstein dairy cows under normal and subacute ruminal acidosis (SARA) conditions.

Once these working conditions were adjusted in EXP 1 and 2, the effect of fluid turnover and incubation pH on the extent of microbial fermentation in a mixed diet (experiment 3, EXP 3) was studied in two incubations.

Extractive microbial fermentation of organic compounds in liquid liquid two-phase systems is a potential strategy to overcome the limitations of microbial fermentation in an aqueous solution, such as low substrate solubility, substrate/product inhibition and product further degradation.

Although methanogenic archaea make up only a small part of the R. bieti microbial population, they may play an important role in microbial fermentation like in the rumen system.

In order to test how variably fermentable dietary fibres affect microbial fermentation metabolites in different regions of the large intestine, mice were fed with fructooligosaccharides (FOS, fast fermentation rate), resistant starch type 2 (native potato, RS2, moderate fermentation rate), starch-entrapped microspheres (SM, very slow fermentation rate), and lignin (control) for 14 days.

In order to understand better the difference of microbial fermentation performance in the different hydrolysates, we used two engineered xylose-utilizing ethanologens, S. cerevisiae Y128 and Z. mobilis 2302 to evaluate differences in cell growth, glucose and xylose utilization, and ethanol production.

Several studies also attempted to synthesize PHB in plants according to the aim to produce high amounts of PHB at lower costs compared to microbial fermentation, particularly in plant plastids where the biosynthesis of fatty acids from acetyl-CoA occurs (Bohmert et al. 2000; Nawrath et al. 1994; Petrasovits et al. 2012).

Microbial fermentation consists in waste degradation to simple molecules that will be further used as substrate by methanogenic consortia [ 16].