Item243.22pointseBookReferencesItem 24Check all that apply. Golgi tendon reflexesCheck All That Applyhelp to control posture.help to control posture.involve an interneuron.involve an interneuron.are monosynapticare monosynapticprevent excessive damage to tendons.prevent excessive damage to tendons.promote muscle relaxation.promote muscle relaxation.
Question
Item243.22pointseBookReferencesItem 24Check all that apply. Golgi tendon reflexesCheck All That Applyhelp to control posture.help to control posture.involve an interneuron.involve an interneuron.are monosynapticare monosynapticprevent excessive damage to tendons.prevent excessive damage to tendons.promote muscle relaxation.promote muscle relaxation.
Solution
Golgi tendon reflexes:
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Help to control posture: This is true. Golgi tendon reflexes are involved in maintaining muscle tension which is crucial for maintaining posture.
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Involve an interneuron: This is true. The Golgi tendon reflex pathway involves an interneuron in the spinal cord.
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Are monosynaptic: This is false. The Golgi tendon reflex is disynaptic, meaning it involves two synapses.
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Prevent excessive damage to tendons: This is true. The reflex protects tendons and muscles from damage due to excessive tension.
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Promote muscle relaxation: This is true. When the tension in a muscle becomes too great, the Golgi tendon reflex causes the muscle to relax, preventing injury.
Similar Questions
Reciprocal innervationMultiple Choiceis associated with the Golgi tendon reflex.stimulates antagonistic muscles.results in reduced resistance to the reflex.reinforces the withdrawal reflex.inhibits the stretch reflex.
The reflex that prevents excessive tension in a muscle is the _________blank reflex.Multiple ChoicestretchwithdrawalGolgi tendonreciprocalcrossed extensor
What stimulates Golgi tendon organs?Multiple ChoiceA muscle is contracting with minimal tension.A muscle is stretched nearly to its limit.A muscle starts to relax after strenuous exercise.A muscle has become metabolically active.
The Golgi tendon organs monitor tension produced by muscular contraction. detect the length of the muscle fiber. activate gamma motor neurons. detect the position of joints during movement.
The “reverse myotatic reflex” is best described as follows: the Golgi tendon organ afferent is activated by muscle tension leading to a monosynaptic reflex in the spinal cord which excites the motor neuron to the same muscle the Golgi tendon organ afferent is activated by muscle length leading to a monosynaptic reflex in the spinal cord which inhibits the motor neuron to the same muscle the Golgi tendon organ afferent is activated by muscle tension leading to a polysynaptic reflex in the spinal cord which inhibits the motor neuron to the same muscle the muscle spindle afferent is activated by muscle tension leading to a polysynaptic reflex in the spinal cord which inhibits the motor neuron to the antagonist muscle the muscle spindle afferent is activated by muscle tension leading to a polysynaptic reflex in the spinal cord which inhibits the motor neuron to the same muscle
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