Sentence examples for most relevant physiological from inspiring English sources
The results of stepwise linear regression analysis indicated that PAL (R2 = 80.1%), Chl-a (R2 = 87.1%), CMS 4 °C (R2 = 90.4%) and proline (R2 = 91.2%) were the most relevant physiological traits related to YSI.
TIMP-1 is the most relevant physiological MMP-inhibitor in fibrotic diseases, including hepatotoxic and cholestatic injury, whose expression is upregulated by various inflammatory cytokines [32], [33].
Interestingly, Fan et al. found that topical vaccination requires the presence of intact hair follicles, which are the most relevant physiological breaks in the skin barrier.
A final possibility is that the most relevant physiological interaction occurs between Praf2 and Bcl-2 (more than Bcl-xL), given that Bcl-2 localises mainly to the ER [52].
The database aims to serve as a tool for systematic development of markers for potential use in marker-assisted selection (MAS), which could be used in cattle breeding programmes to address the most relevant physiological pathways in the mammary gland.
More elaborate analyses of myofibril formation within the most relevant physiological range of substrate elasticities between 15 and 90 kPa revealed that neither the number of costameres per cell, nor the mean area per α-actinin cluster or the fraction of the cell area labeled by α-actinin was significantly affected by substrate elasticity (Fig. 3).
Indeed, O2-, OH and H2O2 are by far the most relevant in physiological or pathophysiological conditions.
The present study sought to directly measure tendon elasticity, the material property most relevant to SRS, during physiological loading to confirm the previous modeling results.
The generated database contains a larger number of genes relevant for reproduction- and immune-associated studies, with an excellent coverage of most genes present in many relevant physiological pathways.
However, we focused here on the slow adaptation mechanism since it seems to be the most relevant and could cover many physiological pathways.
In this section, we do our best to gather the most relevant available information on the physiological folding and peroxisomal targeting, as well as those protein homeostasis defects alterations that may lead to AGT loss of function due to different mechanisms, including mitochondrial mistargeting, enhanced protein aggregation, and degradation.
