This type of transport is an example of secondary active transport
Secondary active transport is a form of active transport in
which there is movement of an ion with another molecule across a
transport membrane. This form of transport use the energy stored in the electrochemical
gradient of an ion to drive the movement of another solute such as sucrose
against a concentration.
Answer:
The hormone epinephrine binds to a specific receptor on the plasma membrane of the liver cell.
Explanation:
Glycogen is the body's rapid energy supply, which is how glucose, the main energy source of cells - derived from carbohydrate consumption - is stored. Glycogen is found mainly in muscle (muscle glycogen) and liver (liver glycogen), where liver cells are found. Glycogen is important for the production of ATP in muscle cells and most other cell types.
Based on this information, researcher Earl Wilbur Sutherland Jr. decided to conduct a study to find out what were the effects of epinephrine during glycogen metabolism on liver cells. In this study, the researcher concluded that during the process of glycogen decomposition into glucose, the epinephrine hormone binds to a specific receptor on the liver cell plasma membrane.
Sunflowers maintain homeostasis by using water. It's what they use to grow I guess.
<span>The correct answer is blood glucose levels are maintained within an adequate range.</span>
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A post-absorptive state is a metabolic period that occurs when gastrointestinal tract is empty. During this state, <span>energy comes from the breakdown of body’s reserves like glycogen, tissue proteins, and some fats(glucose is released). It is important to maintain the blood glucose levels because the brain uses glucose as its main energy source.</span></span>
Answer:
cellular respiration happens in the mitochondria
Explanation:
