Sentence examples for microbial proteins and from inspiring English sources

Molecular engineering techniques to modify these microbial proteins and encode them in viral vectors has allowed for the introduction of these opsin genes into mammalian cells, with the first in vitro demonstration using mammalian neurons in 2005 [39].

Owing to the growing body of compositional data for microbial proteins and the exploration of environments that are extreme from the human standpoint, it has become possible in recent years to draw correlations between the compositions of proteins and environmental parameters such as temperature [1].

Ruminant hosts are benefitted from microbial proteins and vitamins like metabolite produced by them.

The rumen microbiota functions as an effective system for conversion of dietary feed to microbial proteins and volatile fatty acids.

This cut-off resulted in a total of 46,579 PPIs, with 37,407 being between human proteins, 6,394 between human and microbial proteins, and 2,778 between microbial proteins.

Multiple layers of molecular cross-talk between plant and microbial proteins and between plant proteins determine the outcome of the interaction and the intensity of the disease state [ 2].

It is now well documented that adequate rumen ammonia levels must be maintained for maximal synthesis of microbial protein and that a deficiency of rumen-degradable protein can decrease microbial protein synthesis, fiber digestibility, and feed intake.

The results suggested that PPE supplementation has reduced protozoa population, NH3-Nconcentration, and increased microbial protein and milk yield and quality.

Much attention has been given to evaluating different methods to quantify ruminal protein degradation and escape and for measuring ruminal outflows of microbial protein and rumen-undegraded feed protein.

However, feeding the low-CP diet lowered omasal flows of microbial protein and metabolizable protein, which, in turn, resulted in lower milk production compared with feeding the high-CP diet.

In response to specific stimuli, neutrophils can synthesize and release an array of factors such as anti-microbial proteins and extracellular matrix proteins as well as several cytokines and chemokines and thereby play a major role in orchestrating early stages of the inflammatory response [2].