Sentence examples for efficiently assimilated from inspiring English sources

Long chain FAs were egested while polyunsaturated acids seemed to be efficiently assimilated.

Pre-treatment of whey protein with added proteases resulted in peptides <1 kDa which were efficiently assimilated by K. marxianus [59].

Therefore, during evolution, the digestive system of animals was adapted to this form of selenium, and as a result, SeMet is more efficiently assimilated from the diet and non-specific incorporation into body proteins builds Se reserves.

The hypothesis holds that the market so efficiently assimilates all new information as it sets stock prices that no one can outperform it consistently.

Furthermore the degradation of complex plant biomass requires the expression of a cocktail of enzymes by A. oryzae to efficiently assimilate the degradation products of plant polysaccharides.

However, billions of years of evolution have enabled the heterotrophic microbes to efficiently assimilate the high-energy sugars to generate both carbon backbone and energy at the same time.

To this end, we considered ATP-binding cassette (ABC) transporters of Yarrowia lipolytica, an oleaginous yeast that efficiently assimilates and utilizes hydrophobic substrates such as alkanes, fatty acids and lipids [ 26- 28].

At the V stage, during which young developing maize leaves efficiently assimilate CO2 through the C4 photosynthetic pathway and inorganic N for amino acid and protein synthesis [ 16], extensive differences were observed in metabolite accumulation between the two GS mutants in comparison to the WT (Additional file 1: Table S1).

Furthermore, it has been proposed that glycine decarboxylase activity associated with SAM metabolism could be an important source of released ammonium, which must be efficiently re-assimilated to prevent significant imbalances in the strict nitrogen economy of the plant [ 19].

Net uptake lengths were relatively long, especially for NO3-N, indicating that nutrients were generally not assimilated efficiently in these drainage systems.

Increased N availability stimulates highly regulated root development and growth in order to efficiently scavenge and assimilate the additional soil N [ 32, 33].