Sentence examples for robust restoration from inspiring English sources

In this paper, we define several concepts that are useful in robust restoration and robust decomposition.

I illustrate how different types of expertise from several backgrounds can be fed into each step of restoration implementation via alternate phases of selection and of corroboration by use to expose it to further observation in order to develop more scientifically and socially robust restoration strategies.

Therefore, despite robust restoration of insulin signaling to Akt in the TSC2-5A-reconstitutied cells (Figure 5B), loss of the ability of Akt to phosphorylate TSC2 and activate mTORC1 in these cells leads to decreased adipocyte differentiation.

ICV delivery of NGF results in a robust restoration of compromised cholinergic functions.

The article clearly highlights that a multi-disciplinary approach combining NDE with analytical methods and optical cum interferometric techniques is the road map for robust authentication, restoration, and conservation and a better understanding and appreciation of the science and technology of cultural heritage.

The optimal cell-matrix combination for robust and sustained myocardial restoration has not been identified.

In our study area, natural habitat recovery appears sufficiently robust to achieve 'passive' restoration of wilderness without intervention.

Quantifying this variability and its causes will aid in developing more robust models and watershed restoration plans which incorporate the uncertainty of bioretention function.

It is therefore thought that accumulation of G1/S transcripts might be important for reinitiation of stalled replication forks and for the restoration of robust DNA replication following a DNA replication block.

On the other hand, the fact that LTD expression was abolished by d-APV after long periods of rest in both groups of animals indicates that mechanisms that lead to the restoration of robust LTD in slices from aged rats at these intervals do not involve NMDA-R independent activation but may involve related to changes in the resting conditions of the slices.

P14- treatment of GC1KO mice with either therapeutic vector is therefore capable of preserving cone photoreceptor structure for at least three months (the longest time point evaluated in this study), a result we anticipated given the robust electrophysiological and behavioral restoration that also was observed.