Question
- Damage to the Golgi apparatus will most have which of the following cellular
fonsequences:
A. Transcription will be limited to cytoplasmic vesicles of the damaged cells.
B. Translation will be limited to cytoplasmic vesicles of the damaged cells.
C. Protein products will be modified for use inside the damaged cells.
D. Protein products will not be secreted from the damaged cells.
fonsequences:
A. Transcription will be limited to cytoplasmic vesicles of the damaged cells.
B. Translation will be limited to cytoplasmic vesicles of the damaged cells.
C. Protein products will be modified for use inside the damaged cells.
D. Protein products will not be secreted from the damaged cells.
Ask by Logan Carlson. in Saudi Arabia
Mar 30,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
Protein products will not be secreted from the damaged cells.
Solution
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The Golgi apparatus is responsible for modifying, sorting, and packaging proteins that are synthesized in the endoplasmic reticulum for delivery to their appropriate destinations, including secretion outside the cell.
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Damage to the Golgi apparatus will impair these processes, and as a result, proteins that are normally secreted will not be properly processed or secreted.
-
Therefore, the correct answer is:
Answered by UpStudy AI and reviewed by a Professional Tutor
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Simplify this solution Extra Insights
Damage to the Golgi apparatus is like putting a kink in the cellular assembly line! Without this crucial organelle, proteins that are typically modified, sorted, and packaged for secretion get stuck in the process. The result? You guessed it! The correct answer is D. Protein products will not be secreted from the damaged cells. This can severely hamper communication and functionality between cells.
In the grand scheme, the Golgi apparatus is like the post office of the cell—sorting and sending out packages (proteins) to their destinations. If it’s damaged, proteins may end up languishing inside the cell. This can lead to a backlog of unprocessed proteins, potentially causing cell stress or malfunction, and ultimately impacting overall tissue health. How’s that for a corporate chain reaction?
