Sentence examples for peripheral stores from inspiring English sources

Thus, increased circulating concentrations of GCs cause an increase in body fat mass specifically by enhancing fat deposition in the visceral compartment and reducing peripheral stores (31); GCs also reduce skeletal muscle mass by decreasing the rate of protein synthesis and by increasing the rate of protein breakdown and increase whole-body lipolysis, resulting in dyslipidemia (32).

We concluded that dalteparin and conventional heparin had reduced the peripheral stores of LPL to a similar extent and that the difference in plasma levels of LPL activity was due to a more rapid hepatic clearance of the LPL-dalteparin complex.

The peripheral hits stores July 13.

The accumulation of TG in the liver as a result of high plasma FFA concentrations has been observed during fasting in rodents when the delivery of fatty acids from peripheral fat stores exceeds the oxidative requirements [36], [37].

In a wide range of species, including mammals [1], [2], birds [3], [4], and fish [5], neuronal Agrp expression is restricted to a discrete population of neurons that sense the levels of peripheral energy stores, and is dramatically elevated by deficits in energy balance.

Results and Discussion, same paragraph: "might accumulate… peripheral fat stores in the absence of the local (ovary) sink".

The increased catecholamine, growth hormone, and cortisol levels in stress states stimulate lipolysis in peripheral adipose stores.

In general terms, leptin is secreted from the adipocytes of white adipose tissue and delivers information on peripheral energy stores to the central nervous system.

The VLDL triglyceride secretion in NAFLD reflects triglyceride derived from peripheral fat stores and from de novo lipogenesis rather than from circulating fatty acid per se (16).

If the rate of accumulation in VAT decreases with age, then the accumulation of peripheral fat stores may predominate and may be responsible for the obesity paradox.

This adipokine is tightly involved in the endocrine control of energy expenditure and body weight regulation by sending a feedback signal to the brain concerning the size of peripheral fat stores.