It is known from in vitro fertilisation research that high levels of glucose can enhance the growth and development of male embryos but inhibit female ones.
It is known from IVF research that high levels of glucose encourage the growth of male embryos while inhibiting the growth of female embryos.
"If your blood has high levels of glucose and it's bathing every cell in your body, why are only a relatively restricted number of them damaged and the rest just fine?" It turns out that the unscathed cells are those that can keep out excess glucose.
High levels of glucose, for example, could indicate diabetes.
C. sinensis commonly called orange has high levels of glucose and ascorbic acid (vitamin C).
The transporter, GLUT1, supplies the cells with the high levels of glucose they need to survive.
Complications occur when people with diabetes sustain high levels of glucose over a long period.
High levels of glucose can produce permanent chemical alterations in proteins and lipid peroxidation.
High levels of glucose in the portal vein, which occur, for example, during digestion of a meal, suppress appetite.
In the presence of high levels of glucose, Mig1 rapidly moves from the cytoplasm into the nucleus and binds to the promoters of glucose-repressible genes.
Under optimal global conditions, high levels of glucose, xylose, and free amino nitrogen (FAN) (up to 44, 19 and 0.75 g L−1, respectively) were obtained.
