1.Which of the following reasons describes how hormone sensitive lipase increase
ID: 3511773 • Letter: 1
Question
1.Which of the following reasons describes how hormone sensitive lipase increases fat breakdown during exercise. a. Contracting muscles increase blood flow to adipose tissue thus more HSL passes by the fat b. Ex crude stimulates the hypothalamus to release more HSL c. Increased oxygen concentration activates HSL d. Exercise interrupts the adipose tissue cell membrane increasing the cells sensitivity to HSL2. Why is it important to eat a meal rich in carbohydrates the night before running a 10k and less important to eat a meal rich in lipids?
3. Which of the following hormon s is an inhibitor of lypolysis. Hint: as exercise duration increases the concentration of this hormone goes down, thereby increasing fat breakdown capacity. a. Glucagon b. Norepinephrine c. Insulin d. Epinephrine
4. How does fat utilization at near-maximal exercis intensity change due to arerobic traning? a. Fat goes up, athletes use less carbohydrate so the fat contribution goes up relatively b. No change, athletes with utilize primarily carbohydrate/glycogen before and after training c. Fat goes up, athletes will use more fat at high intensity following training d. Fat goes down, Ethel eyes will use less fat at maximal intensity following training
1.Which of the following reasons describes how hormone sensitive lipase increases fat breakdown during exercise. a. Contracting muscles increase blood flow to adipose tissue thus more HSL passes by the fat b. Ex crude stimulates the hypothalamus to release more HSL c. Increased oxygen concentration activates HSL d. Exercise interrupts the adipose tissue cell membrane increasing the cells sensitivity to HSL
2. Why is it important to eat a meal rich in carbohydrates the night before running a 10k and less important to eat a meal rich in lipids?
3. Which of the following hormon s is an inhibitor of lypolysis. Hint: as exercise duration increases the concentration of this hormone goes down, thereby increasing fat breakdown capacity. a. Glucagon b. Norepinephrine c. Insulin d. Epinephrine
4. How does fat utilization at near-maximal exercis intensity change due to arerobic traning? a. Fat goes up, athletes use less carbohydrate so the fat contribution goes up relatively b. No change, athletes with utilize primarily carbohydrate/glycogen before and after training c. Fat goes up, athletes will use more fat at high intensity following training d. Fat goes down, Ethel eyes will use less fat at maximal intensity following training
a. Contracting muscles increase blood flow to adipose tissue thus more HSL passes by the fat b. Ex crude stimulates the hypothalamus to release more HSL c. Increased oxygen concentration activates HSL d. Exercise interrupts the adipose tissue cell membrane increasing the cells sensitivity to HSL
2. Why is it important to eat a meal rich in carbohydrates the night before running a 10k and less important to eat a meal rich in lipids?
3. Which of the following hormon s is an inhibitor of lypolysis. Hint: as exercise duration increases the concentration of this hormone goes down, thereby increasing fat breakdown capacity. a. Glucagon b. Norepinephrine c. Insulin d. Epinephrine
4. How does fat utilization at near-maximal exercis intensity change due to arerobic traning? a. Fat goes up, athletes use less carbohydrate so the fat contribution goes up relatively b. No change, athletes with utilize primarily carbohydrate/glycogen before and after training c. Fat goes up, athletes will use more fat at high intensity following training d. Fat goes down, Ethel eyes will use less fat at maximal intensity following training
Explanation / Answer
answer 1: Exercise interrupts the adipose tissue cell membrane increasing the cells sensitivity to HSL.
Answer 2: For atheletes, it is recommended to take cabohydrate rich diet before a 10 K run ,. This is because carbohtdrates on burning, gives glucose, which in turn is a source of ATP or energy. Also extra glycogen , which acts as energy reservoir, are stored in the muscles.
Answer 3: The correct answer is INSULIN.
Epinephrine hormone stimulates lipolysis during exercise, while insulin counters the effect of epinephrine, thereby having a role in inhibition of lypolysis.
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