Sentence examples for microorganisms for efficient from inspiring English sources

It is difficult to propagate microorganisms for efficient and cost-competitive production of β-Xylosidase from hemicelluloses due to expensive conditions of fermentation.

Although there are various microorganisms producing ethanol, the best microorganisms for efficient conversion of lignocellulosic biomass into ethanol have not yet been discovered.

This chapter, therefore, details the (1) biochemistry of isobutanol production; (2) metabolic engineering of producing microorganisms for efficient isobutanol production; (3) feasibility of using bioenergy crops for isobutanol production; and (4) potential advanced technologies for integrated isobutanol production and recovery.

Thus, refactoring microorganisms for efficient conversion is highly desirable in biofuel production.

Refactoring microorganisms for efficient production of advanced biofuel such as n-butanol from a mixture of sugars in the cheap feedstock is a prerequisite to achieve economic feasibility in biorefinery.

Lactobacillus buchneri is probably the most beneficial microorganism for efficient preservation of animal feed silages made from grass, maize and other plant material against aerobic spoilage.

Using this method, the phosphoric acid swollen cellulose (PASC) degradation activity of cellulase-displaying S. cerevisiae, which is a promising microorganism for efficient ethanol production from cellulose [ 9], significantly improved [ 8].

Our engineering methodology enables the flexible design of industrial microorganisms for the efficient on-demand production of chemical compounds with therapeutic applications.

We present here a unified framework that combines several techniques involved in the design of heterologous biosynthetic pathways through a retrosynthetic approach in the reaction signature space, enabling the flexible design of industrial microorganisms for the efficient on-demand production of chemical compounds of interest.

This review will discuss recent advances in microorganism engineering for efficient production of alcohols from waste biomass.

The contact between organic material and microorganisms is sufficient for efficient methane production due to the sludge blanket, thus allowing higher loading rates than in other reactor types.