Sentence examples for maturation and cellular from inspiring English sources

With such remarkable remodelling properties, demonstrated here for the first time, it is clear that HIV-1 PR and RT are engaged in controlling the nucleoprotein architecture of the HIV-1 genetic material between viral maturation and cellular infection.

These amino acid changes lead to modification of the channel properties: Q/R site profoundly influences the ionic properties of AMPA and KA receptor [26], [27] and it may determine the maturation and cellular trafficking of GluR2 [29], [29], whereas the R/G site influences the kinetic aspect of channel gating [24], [30].

The steroid hormones play an important role in both the central and peripheral nervous systems; they act during development, growth, maturation and cellular differentiation.

After birth, D3 expression declines and expression of D1 and D2 increases, allowing for T3-induced tissue maturation and cellular differentiation (4).

Murine KSR1 was first reported to cooperate with activated Ras to facilitate MAPK kinases activation thus stimulating Xenopus oocyte maturation and cellular transformation (Therrien et al, 1996).

Here we provide examples illustrating the importance of the deiodinases in the tissue-specific modulation of TH action that highlights the importance of thyroid hormone receptor ligand availability in controlling maturation and cellular proliferation/differentiation within different organs.

These findings thus demonstrated that LSC with different maturation status and cellular outputs exist in mice.

While PI reversibility was rapid, with respect to both LaA maturation and associated cellular phenotype, recovery from FTI treatment was more gradual.

The development of a biofilm on an orthopedic implant can be described as a 4-stage process: (1) cell adhesion, (2) cell aggregation, (3) biofilm maturation, and (4) cellular detachment.

Once attached, epicardial cells direct myocardial cell proliferation, maturation, mechanical/electrical coupling, and cellular alignment to maximize contractile force (Weeke-Klimp et al., 2010).

Collectively, these complexes regulate protein turnover and maintain a balance between synthesis, maturation, and degradation of cellular proteins.