Cl- will tend to move out of the cell.
At - 70 mV (membrane potential and – 81 mV equilibrium potential of Cl-, electrical potential difference is not quite equal, and it is opposite to concentration gradient. So, Cl- moves out from the cell.
If the equilibrium potential and membrane potential could be the same then there will be no net ion movement.
2. Write a paragraph of 3-5 sentences answering the following questions. Your response should first answer...
Write a paragraph of 3-5 sentences answering the following question. Your response should first answer the question and then go on to state physiological interpretation's behind your answer. Paragraphs that demonstrate complete and thorough reasoning will receive full points. Compared to hemoglobin, myoglobin has a lower binding affinity for O2 and a higher O2 binding capacity, two characteristics that allow myoglobin to efficiently provide skeletal muscle cells with a readily-accessible reservoir of O2.
1. The following statement is similar to those you might see on exams. Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be written professionally. At a chemical synapse, the release of neurotransmitter occurs in response to a graded depolarization of the synaptic terminal. 2. Write a paragraph of 3-5 sentences answering the...
Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be professionally written. Assume a cell with the following properties: [Na]out = 120 mM; [Na]in = 12 mM [K]out = 5 mM; [K]in = 125 mM Membrane is permeable only to Na+ and K+ If the plasma membrane of the cell becomes more permeable...
Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be written professionally. An injury to the vagus nerve will cause the heart rate to decrease.
2. Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be written professionally Type I motor units are not able to generate as much force as Type IIA motor units because they are recruited less quickly.
1. Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be written professionally An injury to the vagal nerve will cause heart rate to decrease
2. Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be written professionally Type I motor units are not able to generate as much force as Type IIA motor units because they are recruited less quickly. as oart of the SafeAssignTM services in accordance with the B
1. Write a paragraph of 3-5 sentences describing 1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be written professionally. The question concerns LH and FSH, and this is not a mistake. A female patient is infertile due to low endogenous levels of LH and FSH. A pill containing optimal amounts of the LH and FSH hormones can be administered...
please write thorough answers thanks
PART 1 Answer ONLY ONE of the following TWO questions of Part 1 ie a) OR b) a) A typical, healthy nerve cell in the body has intracellular and extracellular Na, K and Cl' concentrations as shown below. Na concentration: Extracellular: = 150 mm K concentration: Extracellular: = 4 mm Ci concentration: Extracellular: = 100 mm Temperature = 37°C (303.3K) R (the Universal Gas constant) = 8.315 VCmol'k F (Faraday's constant) = 96,485 Cmol Intracellular:...
Answer the following questions (1-2 sentences each). Write your answers clearly. Difficult-to-read writing and incomplete sentences will not receive full credit. You may use BLOCK letters (i.e., all CAPs) if you wish. Q 31. What is meant by Heterozygous advantage? (20 points) Q 32. What is meant by a clade? (20 points) Q 33. What is meant by Haplo-sufficiency? (20 points)