You see what had happened was
<span> Epinephrine and glucagon cause an increase in the blood glucose level. Epinephrine acts when a higher than normal level of glucose is required; glucagon acts when the level is unusually low. Both stimulate gluconeogenesis and glycogen breakdown and decrease glycolysis and glycogen synthesis. Insulin causes a decrease in blood glucose levels; it acts by increasing glycogen synthesis, glycolysis, and glucose uptake by cells as well as by decreasing glycogen breakdown.
Hope this helps please award brainly :)
</span>
Answer:
Salt sensitive plants when exposed to a 10% salt solution will result in the water in the plant cell to leave and get attached to the salt solution through the process called Osmosis. Osmosis is a phenomenon which occurs as a result of movement of fluid from a region of lower concentration to a higher concentration.
This causes the plant cells to shrink and wilt.
However when a salt-resistant plant is exposed to a 10% salt solution osmosis doesn’t occur and the plants remains the same without any form of shrinkage or wilting.
Answer:
mitochondria, golgi, ER
Explanation:
These folds have a great advantage for mitochondria as they increase the surface area where chemical reactions occur.
