Answer:
Women tend to reduce body fat as a result of strength training
Explanation:
Strength training involves the performance of physical exercises which are targeted at improving strength and endurance. It is necessary for women to develop and maintain strength as they get older so as to prevent injury and stave off bone loss and osteoporosis. Strength training does not only strengthens muscles, but also the bones that support the muscles also.
Answer:
it woudl take up to almost 365 days for the earth to rotate itself all aroudn
Explanation:
A woman who is on a low-carbohydrate diet for weight loss may have difficulty maintaining an adequate level of the B vitamins thiamin, riboflavin, niacin, and folate. What characteristic of her diet would cause this?
a. grain foods and cereals
b. fruits
c. dairy products
d. starchy vegetables like potatoes and corn.
Answer:
a. grain foods and cereals
Explanation:
The question seeks to know which of the option represents a low-carbohydrate diet for weight loss.
A diet is a controlled regimen of food and drink, taken so as to gain or lose weight or otherwise influence health.
Its a known fact that the body uses carbohydrate as it its main fuel. The idea behind the low-carbohydrate diet is that, decreasing carbohydrates intakes lowers the body's insulin levels, which in turn causes the body to burn every stored fat for energy and ultimately this leads to weight loss.
Linking to the question above we see that grain foods and cereals fit in to serve as portions which are low in carbohydrates.
I will type using the Pancreas which is the largest gland in the human body. The collection of millions of cells in the Pancreas has Endocrine and Exocrine capability, the ability to produce hormones and release these hormones into the bloodstream are known as the islets of Langerhans, and there are four major types of cells that constitute the islets. of Langerhans they are the Alpha Cells, Beta Cells, Delta Cells, and Gamma Cells. Alpha Cells are those cells that produce and secrete a peptide hormone known as Glucagon and Glucagon is stimulated and released when. we have low glucose concentration inside our blood. We have Beta Cells that releases the hormone Insulin. Think of Insulin as the key that unlocks the cell for glucose to enter the cell where we derive our energy. I could go on and on but i thought i would start you off anyway. Good luck
If a hormone attached to the receptor protein shown in the diagram, the receptor protein would trigger events within the cell.
Explanation:
Steroid hormone attaches with the intracellular receptor and polypeptide hormone attaches with the plasma membrane receptor in the target cells.
Both these hormones attach themselves with carrier protein and transported in the blood. Upon reaching the target cell, they get separated off the carrier protein to attach to their respective receptor.
Since steroid hormones are fat or lipid soluble, they diffuse through the bi-lipid plasma membrane layers of the target cells and attaches with the intracellular receptor proteins.
Since polypeptide hormones are not the lipid soluble type, they directly attach with the receptors present on the surface of plasma membrane of the target cells.
Once inside the target cells, they mediate changes in the gene processes and then trigger cellular events as required.
