It has less protein than dairy milk and unlike fermented soy products like miso and tofu, it contains "antinutrtients" that actually decrease assimilation of calcium, magnesium, copper, iron and zinc.
The decreased fat storage observed may be a result of increased degradation or decreased assimilation of fat, and a gene expression profile may shed light into the mechanism of mekk-3 knock-down-mediated longevity.
As a result, it is proposed that acetate overflow metabolism in E. coli is triggered by Acs down-regulation resulting in decreased assimilation of acetic acid produced by Pta, and disruption of the PTA-ACS node.
In particular, they propose that acetate overflow metabolism in E. coli is triggered by the disruption of the PTA-ACS node, namely acetyl-CoA synthetase (ACS) down-regulation results in decreased assimilation of acetate via phosphotransacetylase (PTA).
Although specific pollutants produce their individual effects through myriad physiological pathways, the most common manifestations of their action at one level of detail below the individual's demographic performance are increased specific basal metabolic cost (ζ in our model) and decreased assimilation in a given environment (decreased φ in our model).
The first step in acetate overflow switch (at μ = 0.27 ± 0.02 h-1) is the repression of acetyl-CoA synthethase (Acs) activity triggered by carbon catabolite repression resulting in decreased assimilation of acetate produced by phosphotransacetylase (Pta), and disruption of the PTA-ACS node.
Polyploid rice was believed to improve the root adaptability to salt stress by regulating root growth and protective structure formation, subsequently decreasing Na+ assimilation.
These results suggest that plants growing at high density react to competition for nutrients by up-regulating ion-transporters in the root and decreasing nutrient assimilation in the leaf.
However, Salehi and Hajiboland [ 4] proposed that lower stomatal conductance was the main cause for the decreased CO2 assimilation rate in P-deficient tea leaves as the decrease in assimilation rate was accompanied by a decrease in the intercellular CO2 concentration.
Ozone is known to oxidize leaf tissues after entering stomata, resulting in decreased carbon assimilation and crop yield.
