<span>are elaborate folds on the inner membrane which hold the enzymes and electron carriers of aerobic respiration.</span>
decrease resource use
Explanation:
A decrease resource use is one method that might be used to decrease the rate of approach to carrying capacity by the developed world.
A carrying capacity is the amount of people a particular place can sustain.
- Resources available in a place plays a very central role in determining the carrying capacity of a place.
- Resource availability limits population to a large extent.
- Developed nations are resource based systems.
- If there is a decrease in how resources are used, it can lead to scarcity of certain products that are in need.
- Some industries will not operate optimally.
- In the end, people will migrate for better opportunities in some other places.
- This will further reduce the rate of approach to carrying capacity.
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Answer:
The correct answer is: b. Budding of the secretory granule.
Explanation:
- In eukaryotic cells, the pathway by which secretory proteins are produced and are secreted can be explained below:
- The gene {DNA (Deoxyribonucleic Acid) sequence}, located on the genome, encoding the secretory protein is transcribed into an mRNA (messenger Ribonucleic Acid) by the RNA polymerase. This process happens in the Nucleus.
- The mature mRNA is translocated from the nucleus into the cytoplasm.
- In the cytoplasm it associates with the ribosome but translation process does not begin now.
- This is because, as the mRNA sequence has the tag of forming a secretory protein, it can be translated only when the ribosome bound mRNA sequence attaches itself to the ER (Endoplasmic Reticulum).
- On attachment to the ER, the process of translation begins and the polypeptide formed is released into the lumen of the ER.
- The process of glycosylation starts in the ER.
- The glycosylated protein is then transported from the ER in membrane bound vesicles to the cis, medial and trans Golgi, where the process of glycosylation gets completed and the protein gets completely folded.
- After this, secretory vesicles buds off from the Golgi and migrate towards the plasma membrane.
- At the plasma membrane, the secretory vesicles fuse with the plasma membrane and releases the protein out of the cell by the process of Exocytosis.
- In the given question completely folded glycosylated protein is formed but it is not secreted. This means the protein is able to reach to the Golgi bodies. But secretory vesicle formation does not take place.
- Hence the Substance X might inhibit the formation or budding of Secretory Vesicles.
B.cannula,chemically stimulation of cells recording from neurons.
Answer:
Im waiting on an answer aswell.
Explanation:
