Explain the physiological mechanisms involved in blood glucose
concentration regulation trying to prevent hypoglycemia which is...
Explain the physiological mechanisms involved in blood glucose
concentration regulation trying to prevent hypoglycemia which is
especially dangerous for brain function.
The blood glucose concentration is controlled by the liver. It
removes glucose from the blood stream and stores it when the blood
glucose concentration gets too high and it releases glucose to the
blood stream when its concentration gets too low. Unlike HK II, it
needs to be able to respond to a range of glucose concentrations.
As a result, hexokinase activity in liver has a different
concentration dependence profile compared to HK II in muscle—HK IV
is NOT a...
Explain the cellular and metabolic pathways involved in the uptake
of glucose from the blood by muscle and adipose tissue after eating
a meal. Make sure you include on your explanation the digestive
organs, hormone, receptor, and transporter involved in the uptake
of glucose, and the metabolic pathways activated inside the cells
after glucose uptake..
please explain the physiology thoroughly.
Explain why it is beneficial for regulation of fasting blood
glucose concentrations that the liver express
Glucokinase (Type IV hexokinase) rather than hexokinase type I
or II?
Describe how vertebrates maintain blood glucose homeostasis.
Why is the regulation of blood glucose levels so important for the
success of vertebrates?
Compared with squid and shrimp, vertebrates can tolerate longer
periods of anaerobic activity. Explain the metabolic adaptations
that make this possible.
In your own words, describe three mechanisms of transcriptional
regulation, that are involved in controlling the rate of expression
of hydrolytic enzymes associated with lysosomes. For each mechanism
described, include whether the rate of expression would be
increased or decreased.