Explain in detail how a neurotransmitter is released from a
presynaptic cell.
You may provide a drawing for your answer, provided the text
clearly matches
what is occurring in your drawing
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Explain in detail how a neurotransmitter is released from a presynaptic cell. You may provide a...
1. What determines how much neurotransmitter is released into the synaptic cleft? A. The size of the end-plate potentials in the postsynaptic cell B. The rate of neurotransmitter degradation in the synaptic cleft C. Action potential frequency in the presynaptic neuron D. The diameter of synaptic vesicles in the presynaptic neuron 2. Which of the following ions is necessary for exocytosis of synaptic vesicles? A.Calcium ions B.Potassium ions C.Magnesium ions D.Sodium ions
Acetylcholine is a neurotransmitter that is released into the space between motor neurons and muscles, as well as between some neurons of the brain. The release of acetylcholine from a neuron causes a conformational change in a transmembrane protein of the adjacent cell to allow an influx of Na+. From your understanding of cell signaling, what type of receptor is involved in this example? (1 mark) Explain your answer by matching the components of this question to what you know...
* Please only answer if you can provide DETAIL, thank you so much!! Identify and explain in detail any causes that you believe may be associated with these cellular problems in one cell. Cellular Dysfunctions: Decreased PH In Cytosol Below The Normal Range - Decreased PH In Mitochondria -Decreased pH in cytosol below the normal range - Decreased pH in mitochondria below the normal range -Increase in Hydrolysis -Inherited Autosomal Recessive Mutation of hydrolytic enzymes -Increased activity of mitogen-activated protein...
provide detailed answers 2. Identify and describe in detail the main requirements for effective inventory management? (25 Points) 3. What are the main approaches that used by organizations to keep track of inventory? Clearly explain in detail each of these approaches. Support you answer by identifying some of the technologies that may be used for each approach (20 + 5 Points)
Cell communication in Biology, please explain me in detail, I will rate you, Thank you so much!!!!! Diagram an adrenergic receptor in detail. What type of receptor is an adernergic receptor? How do adrenergic receptors respond to the presence of their ligands? What is the ligand for adrenergic receptors?
QUESTION 3: Text Processing and Persistence (a) Explain in detail why buffered streams are so important while reading from, or writing [05] to, a file. Please note: Do not provide code, you just need to explain. (b) Provide a single regular expression that matches all load shedding schedules in the follow- [05] ing format. • 6A Dressdorp 14:00 • 82 Chessburg 20:00 • 1B Jeffstown 06:30 . 9M Bergplein 12:30 Total: 10
Q1: a) Describe how a galvanic cell works and include a fully labelled sketch. Explain clearly what is occurring in each ‘side’. b) You add Mg to a beaker containing HCl(aq) and a gas is produced. Explain, chemically, what is happening and write a balanced equation for the reaction, including how many electrons are transferred. How could you harness the reaction to do useful work? c) The equation ΔGo = -nFEo is also applicable to half-reactions. Using standard reduction potentials,...
Can you please explain in detail :) A.)Summarize the macroeconomic effects of the coronavirus and resulting panic. Explain why these effects are occurring. Compare the short-run, immediate effects with what you would predict will happen in the medium-run (6 to 12 months), explaining why. B .) Illustrate your answer to question (A)with an IS-LM and an AD-SAS graph, explaining why the curves shift or do not shift.
As part of your response explain and provide a detail example of how the min-max normalization and Z-score standardization values are computed and also explain why a data scientist might want to use either of these techniques.
Explain in detail how it is possible for you to flex your muscles. What causes them to contract? What structures/tissues are involved? Explain how an action potential allows signals to travel from neuron to neuron. Explain the difference between gravitational and rotational balance. Explain how the kidneys are able to respond to changes in pH within your body.