Sentence examples for an increased absorptive from inspiring English sources

Root hairs are important to plants for nutrient and water uptake through providing an increased absorptive surface area and exploitable soil volume.

For example, a decreased secretory function, associated with slowed gastrointestinal transit time, could lend itself to an increased absorptive capacity.

This growth response results in an increased absorptive surface area inside nutrient-rich patches relative to lower quality regions of the average background soil and is generally considered to be an adaptive response.

These findings suggest that GSGME as a feed supplement inhibited pro-inflammatory conditions and had a beneficial effect on the absorptive function of the intestine as a result of an increased absorptive surface.

Based on the finding of an increased villus height:crypt depth ratio, it was assumed that the plant supplements rich in polyphenols might improve the digestibility of nutrients due to an increased absorptive surface of the intestine.

It is assumed that an increased villus height leads to an improvement of digestive and absorptive function of the intestine as a result of increased absorptive surface, expression of brush border enzymes and nutrient transport systems [ 54, 55].

Interestingly, the one participant who did not demonstrate increased absorptive function also did not show an increase in duodenal CD4+ T-cell density.

This increase could further enhance potassium secretion in response to the postulated increased absorptive tubular sodium load presented to ENaC.

Histologically, marked increases in villus height in both jejunum and ileum suggest increased absorptive surface area and closely correlate with increased cell mass.

Teduglutide promotes expansion of the remaining normal intestinal epithelium by increasing villus height and crypt depth in the small bowel mucosa, leading to increased absorptive area [ 31, 32, 35].

Possibly, this might be additionally fuelled by an increased intestinal absorptive capacity for carbohydrates as a means of adaptation to FR as shown previously in mice [ 51, 52].