… reduced glucose utilization have demonstrated that glucose reliance in the adult heart is not
harmful while reduced ability to utilize glucose is detrimental in cardiac hypertrophy … glucose …

… may lead to an even higher level of lactate and lower rate of glucose oxidation. Collectively,
… cardiac hypertrophy, increased glycolysis may be accompanied by uncoupling of glucose …

… and translocation; the mechanisms involved in the regulation of glucose uptake into
cardiomyocytes and discuss changes of glucose metabolism in pathological cardiac hypertrophy. …

… insulin was shown to be higher in hypertrophied hearts compared to controls. No other human
studies of myocardial glucose uptake in global cardiac hypertrophy have been published. …

… ±3 and 138±4 μm in the normal glucose and high glucose groups, respectively (38–40
cells/… electrical stimuli in myocytes from normal glucose and high glucose medium was 5.2±0.5% …

… high cardiac FAO rates, are protected against the development of cardiac hypertrophy and
… FAO and increased glucose utilization is required for the cardiac hypertrophic response. …

… that the high expression of BRD4 is involved in the process of cardiac hypertrophy. The aim
… of BRD4 in the process of high glucose (HG)‑induced cardiac hypertrophy, and to clarify …

… Third, we show that increased glucose utilization in cardiac hypertrophy supports anabolic
metabolism through TCA cycle flux that is antagonized by preserving FAO. As such, our study …

… cardiac hypertrophy during gestation. However, the mechanism of high-glucose-induced
cardiac hypertrophy … the incidence rate of cardiac hypertrophy dramatically increased in fetuses …

… and pathological roles for steroids in terms of cardiac hypertrophy, … their effects under
high glucose conditions. CR activation bv carticosterone, a highly selective type II (glucocorticoid) …