Sentence examples for beyond translational from inspiring English sources

The coadaptive BMI has later been presented as a novel architecture that goes beyond translational neural interface by merging with above two factors [ 51, 76, 79, 80].

Here we have shown that sequences beyond the translational initiation region are critical and that codon usage is a key determinant of expression yield.

Beyond this, translational studies in humans should be achievable, given the sensitivity of acetylation to substrate flux (72).

To go beyond diagnosing translational selection and attribute adaptive features of gene anatomy to specific error processes, we need to develop critical tests that can implicate one type of error to the exclusion of others.

Beyond the translational benefits to Victoria and Australia, the demonstration of successful 'real world' outcomes of a publically funded population based program will be valuable to other countries, especially countries who are not in the position to conduct their own studies, due to low HPV vaccination uptake or the absence of vaccine registries.

A generalized disclination (g.disclination) theory (Acharya and Fressengeas, 2015) has been recently introduced that goes beyond treating standard translational and rotational Volterra defects in a continuously distributed defects approach; it is capable of treating the kinematics and dynamics of terminating lines of elastic strain and rotation discontinuities.

Thus, our findings expand the roles of AMPK in protein metabolism beyond mTORC1-mediated translational control and reveal that by gauging cellular energy status, AMPK finely orchestrates protein quantity and quality control machineries.

In preparation for future translational studies beyond cells and into animal models, we first needed to understand if the mutations in human mGlu1 aligned with rodent mGlu1.

The concept of hierarchical heterogeneity within the satellite cell pool and the muscle stem cell niche as a dynamic entity is now widely accepted and awaits translational research beyond the mouse-model system.

The first use of ECoG as a practical and robust platform for translational applications beyond epileptology in human beings was demonstrated by Wang et al. [ 111] with an individual with tetraplegia caused by C4 level spinal cord injury.

This would change if a mutation in a given protein including a translational readthrough beyond the stop codon directly would lead to a nucleotide change that converts said stop codon into one that encodes an amino acid.