… oxidation, and PDH complex activity are displayed in Figure 5. In tissues, glycolytic flux … it
is assumed that PDH complex activity is rate-limiting for glucose oxidation. Conversion of PDHb …

… Thecoefficient of variation of glucose specific activity during the clamp was … that the glucose
fatty acid cycle can only partially explain impaired in vivo insulin-mediated glucose disposal. …

… LPL activity, is to study normal glucose tolerant individuals. Results of recent studies have
shown that LPL activity … The results are expressed as mmol of non-esterified fatty acid (NEFA) …

… GS activity was calculated as nanomoles of UDP-glucose incorporated into glycogen per
minute per milligram of protein, and the value was used to calculate GS fractional velocity (GS …

… This consisted on average of 78 g of glucose, 10 g of fat, and 26 g of protein, including 3 g …
and CO are rates of plasma glucose disposal, 14 C plasma glucose specific activities, plasma …

… function and of glucose disposal, through its receptor LANCL2. ABA stimulates glucose uptake
by … Here we investigated the role of the ABA/LANCL2 system in the regulation of glucose …

… by fat feeding can be ameliorated with omega-3 fatty acid. … intakes of fat are more prone to
develop disturbances in glucose … in activity of the glucose transport system and intracellular …

… (BMI), percentage body fat by underwater weighing, maximal O 2 … glucose disposal by
the insulin clamp technique. The results demonstrated that insulin-stimulated glucose disposal …

… This agrees with the increase in glycogen synthase activity by insulin observed after the
consumption of high-fat diets (3). In contrast, the HFLC diet inhibited the stimulatory effects of …

… fat distribution and glucose disposal using criterion methods for body composition, body fat
distribution, and physical activity … total glucose disposal and peak VO 2 or physical activity …