Sentence examples for contribution of degradation from inspiring English sources

In parallel with numerical tool development, physical component testing utilising realistic load cases is pivotal in achieving a greater understanding of performance variations including the contribution of degradation mechanisms.

To assess the contribution of degradation on the alteration of GluA1 synaptic delivery, we examined the total protein level of GluA1 in the crude lysate of the adult barrel cortex from WT or NgR1-deficient mice and found no difference in the GluA1 expression level between them (see Supplementary Fig 4 C ).

When limited to the early data points (up to 4 h), the expression data fit very well to the predicted expression pattern, however, at the later time, when the contribution of degradation rates becomes significant, the quality of fit decreases (R 2  = 0.5491).

The contribution of lysosomal degradation to total protein degradation was calculated using 20 mM NH4Cl (Sigma-Aldrich) and 100 µM leupeptin (Peptide Institute), as previously described [ 21].

The fungi with their lignolytic enzymatic capacity can release small aromatic subunits by depolymerization as shown by Kirk and Farrell (1987), which can explain their development on lignocellulosic substrates at the end of co-composting and their contribution to degradation of substance and stabilization of the end products.

The first is less data intensive and provides a unified score that can be used to compare and screen process alternatives, while the second level studies the contribution of individual degradation products to different EHS hazard categories in detail.

Our results also highlight the contribution of habitat degradation and human density to amphibian extinction and decline risk.

Despite the above, to date, the contribution of RNA degradation to global changes in cellular transcriptome was largely overlooked.

In the given experimental setting, it is difficult to account for the in detail contribution of protein degradation, amino acid intermediate metabolism, and protein synthesis.

However, neonatal atg5−/− mice do not show differences in their lipolytic rates, suggesting that different nutritional conditions and metabolic demands control the contribution of autophagic degradation.

Our identification of pdh2 mutants and the possibility to generate double mutants completely devoid of ProDH activity opens new possibilities to dissect the contribution of Pro degradation to Pro toxicity and stress tolerance.