Sentence examples for age and activation from inspiring English sources

A voxel-wise regression examining the relationship between age and activation revealed a significant group-by-age interaction.

The response of tumor parenchymal cells to fibroblasts depends on many factors, including the nature and extent of the oncogenic lesions in the tumor cells, and the age and activation state of the fibroblasts [3], [5], [7], [8], [9].

Test scores correlate with general intelligence, cognitive impairment, chronological age and activation in the frontal regions [ 98- 101].

While we found no whole-brain-corrected significant relationships between school-age children's chronological age and activation for simple contrasts (i.e., versus rest), chronological age did predict activation for the easy > silly and hard > silly contrasts in several regions.

This focus has elucidated several glucose-related mechanisms, such as the reduction of glucose to sorbitol [ 11], and especially, the formation of advanced glycation end-products (AGE) and activation of its receptor (RAGE) [ 12– 12].

Hyperglycemia can induce oxidative stress, which increases with age, via several mechanisms including glucose auto oxidation, the formation of advanced glycation end-products (AGE), and activation of the polyol pathway.

The accumulation of AGEs and activation of AGE receptors results in multiple downstream pathogenetic effects leading to microvascular damage.

As characterized in C. elegans, the canonical signaling pathway in this response starts with stimulation of the DAF-2 receptor (an insulin receptor homolog) followed by activation of a PI3-kinase (AGE-1) and activation of AKT.

The correlation revealed in our AKI patients between serum sRAGE levels and declining haemoglobin suggest that reduced tissue oxygenation associated with anaemia may contribute to the formation of AGEs and activation of RAGE with possible toxic effect of them on haematopoiesis, while sRAGE might inhibit their pathological effect.

Oxidative stress increases advanced glycation end product (AGE) accumulation and activation of Protein kinase C and the polyol pathway [12, 13].

To summarize the results, both the age group and regression analyses between age and cortical activation revealed weak trends of decreasing cortical activation with age in L1 tasks, but such changes were not statistically significant.