Answer:
Glucagon.
The receptor has seven transmembrane a helics secreted by pancreatic a cells.
Polypeptide.
Stimulate glycolysis and glycogenesis in the liver.
EPINEPHRINE.
Stimulated muscles cell to breakdown glucogen.
Amino acid derivative.
Released in response to stress.
EPINEPHRINE AND GLUCAGON.
Released in response to a drop in glucose levels.
Explanation:
Epinephrine is called adrenaline hormone, it is secreted by the medula of adrenal gland. It is an amino acid derivative, it stimulate muscles cells to breakdown glucogen. This hormone is released in response to body stress.
Glugagon is a peptide hormone that is secreted by alpa helics of pancreases. It prevent blood glucose from dropping. It stimulate the conversion of glucogen to glucose in the liver which is release to the blood stream.
The two hormones is released in response to drop in glucose levels to increase glucose concentration in the blood.
Answer:
Has spores contained in ascus
Explanation:
That's the main difference between mushrooms and truffles.
In addition to air and
water, our body constantly needs regular inflow of food, which provides the
energy reserves necessary for movement, breathing, thermoregulation, heart,
blood circulation and brain activity. In the process of digestion of food
decays to individual glucose molecules which then fall through the intestinal
wall into the bloodstream. With blood flow glucose transported to the liver,
where it is filtered and delayed in reserve. The pituitary gland supplies the
pancreas and thyroid glands signal to the release of hormones that cause the
liver to throw out the accumulated glucose in the bloodstream, and then
delivers it to the blood to the organs and muscles that are in need of it. Having achieved the
desired body glucose molecules penetrate into the cells, where it is converted
into a source of energy that is available for use by cells. Thus, the process
of continuous energy supply agencies depends on the level of glucose in the
blood.
