Sentence examples for biological feeds from inspiring English sources

Extracellular polymeric substances (EPS), especially polysaccharides, are viewed as the major foulants during filtration of biological feeds.

One of the earliest studies in which polyelectrolyte flocculation was used to partially clarify biological feeds was published more than 20 years ago (Bonnerjea et al., 1988).

This indicates that BFM samples exhibited a larger abundance than CFM samples of this disaccharide after a 1-year of biological feeding regime.

Our findings confirmed that the conversion from a conventional to biological feeding regime influenced the buffalo milk composition, with possible implications for sensorial and nutritional properties of dairy products.

It is noteworthy that these differences in milk composition were relatively small and resulted significant only after a 2-year-long application of the biological feeding diet.

A microscale normal flow filtration (NFF) technique has been established for the automated high throughput evaluation of complex biological feed streams.

Remarkably, the detection of the largest content of phosphatidylcholine in BFM is related to the quality and beneficial value of dairy products derived from biological feeding regimes, since the assumption of PL has potential implications for human health [48].

Our results indicate that the conversion from a conventional to a biological feeding diet for water-buffalo animals exerts a significant influence on milk composition, but only after a short-medium period (> 1 year), especially if the feeding regimes were carefully modulated to be isoenergetic and isoproteic.

The porin limitation mechanism does not represent a specific biological feed-back mechanism, but merely implements a general limitation scenario of the metabolism.

Lowering methane emissions has therefore become a major priority in ruminant livestock production, with many different strategies having been proposed to mitigate emissions, including different dietary formulations, chemical and biological feed additives, chemogenomics and antimethane vaccines [ 4– 6].

Our understanding of biological realization feeds back into and constrains our understanding of the abstract processes of cognition (Bechtel and Richardson 1993).