Consider the following statements regading Na-K Pump
1. It utilizes ATP.
2. It acts on a resting neuron.
3. It invloves efflux of 3 `Na^(+)` per ATP.
4. It involves influx of 2 `K^(+)` per ATP.
5. Metabolic poisons stop the pump.

Consider the following statements regarding Na-K Pump 1. It utilizes ATP. 2. It acts on a resting neuron. 3. It involves efflux of 3 Na^(+) per ATP. 4. It involves influx of 2 K^(+) per ATP. 5. Metabolic poisons stop the pump. a. 1 and 2 b. 1, 2 and 5 c. 3, 4 and 5 d. 1, 2, 3, 4 and 5

Which one of the following alkali metals gives hydrated salts? 1. Li 2. Na 3. K 4. Cs

Consider the following statements in Citric Acid Cycle 1. The generation of ATP is done at two steps 2. NAD is reduced to NADH at two steps 3. FAD is reduced to FADH_2 , at one step Which of the statements given above is/are correct?

Consider the following statements in Citric Acid Cycle 1. The generation of ATP is done at two steps 2. NAD is reduced to NADH at two steps 3. FAD is reduced to FADH_2 , at one step Which of the statements given above is/are correct?

Consider the following statements in Citric Acid Cycle 1. The generation of ATP is done at two steps 2. NAD is reduced to NADH at two steps 3. FAD is reduced to FADH_2 , at one step Which of the statements given above is/are correct?

Consider the following statements in Citric Acid Cycle 1. The generation of ATP is done at two steps 2. NAO is reduced to NADH at two steps 3. FAD is reduced to FADH_2 , at one step Which of the statements given above is/are correct?

Which of the following statements are correct regarding Na^ - K^+ pump? i) Needs energy (ATP) to work ii) Expels 3 Na^+ for every 2K^+ ions imported iii) Works against a concentration gradient iv) Maintains resting potential

Which of the following statements are correct regarding Na^+ - K^+ pump ? (i)Needs energy (ATP) to work (ii)Expels 3 Na^+ for every 2K^+ ions imported (iii)Works against a concentration gradient (iv)Maintains resting potential

Which of the following statements are correct regarding Na^+ - K^+ pump ? (i)Needs energy (ATP) to work (ii)Expels 3 Na^+ for every 2K^+ ions imported (iii)Works against a concentration gradient (iv)Maintains resting potential