by increasing the length of time a neurotransmitter remains in the synaptic gap, strengthening its effects B. by blocking a receptor site and preventing the neurotransmitter from acting C. by bonding with the neurotransmitter and changing its molecular weight and shape D. by mimicking a particular neurotransmitter and producing the same effect

Answers

Answer 1
Answer:

Answer:

by bonding with the neurotransmitter and changing its molecular weight and shape

Explanation:

Here is the complete question:.

Which of the following is NOT one of the ways discussed in the text that drugs can interfere with synaptic transmission?

A) by blocking a receptor site and preventing the neurotransmitter from acting

B) by mimicking a particular neurotransmitter and producing the same effect

C) by increasing the length of time a neurotransmitter remains in the synaptic gap, strengthening its effects

D) by bonding with the neurotransmitter and changing its molecular weight and shape

The answer is

D. by bonding with the neurotransmitter and changing its molecular weight and shape


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Answers

Are composed tiny particles called Atoms. Which are composed of neutrons, protons and electrons. 
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What is a major reservoir for ammonia?

Answers

Answer:

The major reservoir for Ammonia is the natural soil, where it is present in abundance.

Explanation:

In soil, ammonia is found in quite abundance, where it is changed into nitrate through a process commonly knows as Nitrification. In the nitrification process, first, nitrite is formed which is followed by its conversion into nitrate by a bacteria known as Nitrobacteria. Finally, this nitrate is consumed by the plants, which are then eaten up by the animals.

Final answer:

Ammonia is a crucial compound found variously within the biosphere. In animals, it is processed into safer compounds for excretion, while in the environment, it is both a product of decomposition processes and an important component for agricultural practices.

Explanation:

Ammonia is a nitrogenous compound that plays a significant role in various biological and ecological contexts. In terrestrial animals, the major reservoir for ammonia is the biological system where it is present in compounds such as proteins and nucleic acids. Through the process of metabolism, animals convert the toxic ammonia into urea or uric acid, which are safer for the organism. This is exemplified by the urea cycle in mammals and the corresponding processes in birds, reptiles, and terrestrial arthropods.

Additionally, ammonia is an important product of ammonification, a process that occurs during the decomposition of nitrogen-containing organic compounds. A small percentage of ammonia is also released into the atmosphere.

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Answers

Explanation:

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Although we can't cure heart disease, we can make it better. Most forms of heart disease are very treatable today. There is some evidence that normalizing high blood pressure and lowering cholesterol to very low levels will partially reverse plaques in the coronary arteries. ... We can repair or replace diseased valves.♥️

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Answers

Hi There! :)

When light energy excites electrons in photosystem 2, where do the electrons to replace them come from?

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Answers

Ice can float on liquid water because the ice is less dense so it has an ability to rise to the top of the glass of water.
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Answers

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