Sentence examples for nutrient overload from inspiring English sources

Cycles of nutrient overload and plankton bloom are now exported downriver to the sea, where oxygen levels plummet and everything that cannot move simply dies and rots.

These results suggest that a peroxynitrite decomposing catalyst enhances β-cell function and survival under nutrient overload.

These results suggest that a peroxynitrite decomposing catalyst is effective in improving glucose homeostasis and restoring islet morphology and β-cell insulin content under nutrient overload.

An unhealthy lifestyle and chronic nutrient overload can cause lipid metabolism disorders, which may lead to serious lipid-related diseases, including obesity, non-alcoholic fatty liver disease (NAFLD), and type 2 diabetes mellitus (T2DM).

Agriculture is the prime cause of loss of species and main source of nutrient overload in aquatic and marine systems and a large chemical polluter.

Several studies suggested that nutrient overload leads to mTORC1 activation, thereby increasing insulin resistance [46], [47].

Those changes include nutrient overloads caused by agricultural runoff, predation by invasive species, and ocean acidification--a byproduct of carbon dioxide buildup in the atmosphere (ScienceNOW, 9 June).

As the Commission explains, "Our diminishing land capacity for producing food animals, combined with dwindling freshwater supplies, escalating energy costs, nutrient overloading of soil, and increased antibiotic resistance, will result in a crisis unless new laws and regulations go into effect in a timely fashion...

Previous studies reviewed that the nutrient and energy overload can induce the accumulation of adipose tissues and triggered the inflammatory cytokine expression; also the chronicity metabolic inflammation of fat cells could certainly change the energy intake and expenditure and insulin sensitivity states [ 7, 44].

This will flood your system with an overload of nutrients that are begging to be turned into muscle….

Regulatory proteins play key roles within the cell, maintaining a crucial balance of nutrients and preventing the overload of any element or compound that could prove lethal to the cell at higher concentrations.