Sentence examples for encapsulation benefits from inspiring English sources

The first part of the chapter summarizes encapsulation benefits (increased stability against physical, chemical or enzymatic degradation, reduction of undesired tastes/odors, conversion of liquids to solid forms, controlled release, etc).

At sufficiently strong inhibition, even glucose uptake benefits from encapsulation, as already mentioned above.

The efficiency factor for xylose was much larger than 1 in all the tested cases, indicating that xylose consumption always benefits from encapsulation.

By combining defect-free graphene nanoplatelets (GNPs) and microcrystalline cellulose, lightweight cellulose/GNP aerogels are fabricated and their highly porous but strong three-dimensional networks benefit the encapsulation of polyethylene glycol (PEG) and prevent the leakage of PEG above its melting point.

The simulations showed that the simultaneous utilisation of glucose and xylose would indeed benefit from encapsulation, especially in an inhibitory medium.

The basic benefit of encapsulation is to protect the hidden component so as to deliver it precisely at the target even in unfavourable conditions.

The charge of chloroplast surface attracts negatively charged silica particles in the sol generated from subsequent hydrolysis and condensation of the tetraethyl orthosilicate (TEOS), which benefits single-chloroplast encapsulation.

Acute survival of fNPC benefited from hydrogel encapsulation.

Another benefit of cell encapsulation, which has not been stressed in this work, is that the cells are easily retained in the reactor.

However, when we increased the inhibition of glucose metabolism by furfural and HMF by decreasing the inhibition constants, glucose consumption also benefitted from the encapsulation.

Finally we describe the cumulative benefits of co-localization, encapsulation, and optimal carboxysome permeability on the CCM.