- Stretch reflex
- Withdrawal reflex
- Deep tendon reflex
- Tendon reflex (inhibitory)
Author: ETEA MCQS.COM
No category found.
- Only monosynaptic has an effector
- Polysynaptic involves interneurons
- Only polysynaptic is involuntary
- Monosynaptic is always learned
- To maintain balance when one limb withdraws
- To stretch a muscle
- To regulate pupil size
- To control blood pressure
- Pacinian corpuscle
- Meissner's corpuscle
- Muscle spindle
- Golgi tendon organ
- Learned and conscious
- Voluntary and unpredictable
- Fast and involuntary
- Slow and adaptable
- Somatic reflex
- Spinal reflex
- Autonomic reflex
- Stretch reflex
- Somatic reflex
- Cranial reflex
- Autonomic (Visceral) reflex
- Spinal reflex
- Adaptation
- Summation
- Facilitation
- Inhibition
- Visceral reflex
- Autonomic reflex
- Somatic reflex
- Glandular reflex
- Irradiation
- Reciprocal inhibition
- Summation
- Divergence
- Learning complex behaviors
- Conscious thought processes
- Maintaining homeostasis and protecting the body
- Voluntary movement control
- Its strength
- The time delay between stimulus and response
- Its predictability
- Its ability to be conditioned
- Monosynaptic reflex
- Stretch reflex
- Polysynaptic reflex
- Cranial reflex
- Monosynaptic
- Polysynaptic
- Conditioned
- Voluntary
- Polysynaptic reflex
- Conditioned reflex
- Monosynaptic reflex
- Voluntary action
- Monosynaptic
- Polysynaptic
- Autonomic
- Somatic
- Polysynaptic
- Monosynaptic
- Afferent
- Efferent
- Receptor
- Sensory neuron
- Effector
- Integration center
