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FSMTB Exam MBLEx Topic 1 Question 26 Discussion

Actual exam question for FSMTB's MBLEx exam
Question #: 26
Topic #: 1
[All MBLEx Questions]

Assisting your client with a concentric contraction of an antagonist to trigger the CNS to send a message to relax the agonist is a neural phenomenon called _______________.

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Suggested Answer: D

The nucleus comprised of the nucleolus, chromatin and chromosomes is the command center of a cell. Lysosomes act as the cells digestive system.


by Chan at Jul 06, 2024, 03:42 AM

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Florinda
15 days ago
Reciprocal inhibition - the answer is so clear, it's almost as if my brain is being inhibited from thinking of anything else! Guess I've got this one in the bag.
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Coletta
16 days ago
Neurofibromatosis? What, is this exam asking about tumors now? I'm pretty sure that's not the right answer. I'm going with reciprocal inhibition, just to be safe.
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Kelvin
24 days ago
Action potentials? Really? I think that's just the basic way nerve signals are transmitted, not a specific phenomenon like this. Gotta be B, reciprocal inhibition.
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Kasandra
3 days ago
Neurofibromatosis and contralateral flexion don't really fit the description. Reciprocal inhibition is the neural phenomenon we're looking for.
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Casie
15 days ago
Reciprocal inhibition is definitely the right answer here. It's all about triggering the CNS to relax the agonist.
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Myong
16 days ago
I agree, action potentials are just the basic nerve signals. Reciprocal inhibition makes more sense.
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Twanna
1 months ago
Hmm, this one's tricky. I was thinking it might be contralateral flexion, but I'm not 100% sure. Maybe I should have paid more attention in my neuroscience lectures.
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Deonna
1 months ago
A) neurofibromatosis
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Antione
2 months ago
I'm pretty sure it's reciprocal inhibition. We learned about this in my anatomy class - the agonist relaxes when the antagonist contracts to allow smooth, coordinated movement.
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Gail
15 days ago
That's right! It's a fascinating neural phenomenon that helps us move efficiently and smoothly.
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Nu
18 days ago
Reciprocal inhibition is correct. It's all about the coordination between the agonist and antagonist muscles.
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Murray
2 months ago
I'm not sure, but it makes sense that it would be B) reciprocal inhibition based on the description.
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Verda
2 months ago
I agree with Eliz, because reciprocal inhibition involves triggering the CNS to relax the agonist.
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Eliz
2 months ago
I think the answer is B) reciprocal inhibition.
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