- Excitatory
- Inhibitory
- Modulatory
- Neutral
Author: ETEA MCQS.COM
No category found.
- Chemical synapse
- Electrical synapse
- Neuromuscular junction
- Axo-axonic synapse
- Electrical
- Chemical
- Direct
- Gap junctions
- Number of action potentials reaching the terminal
- Speed of the action potential
- Resting membrane potential
- Size of the cell body
- Depolarization
- Repolarization and hyperpolarization
- Neurotransmitter release
- Maintaining resting potential
- Potassium channels
- Chloride channels
- Voltage-gated sodium channels
- Calcium channels
- Multiple stimuli from different locations
- Repeated stimuli from a single synapse
- Inhibition of signals
- Concurrent release of different neurotransmitters
- Single stimulus from multiple synapses
- Repeated stimuli from a single synapse
- Integration of only inhibitory signals
- Simultaneous stimulation of antagonist muscles
- It can vary in amplitude.
- It is all-or-none.
- It decreases in strength over distance.
- It is always inhibitory.
- Afferent neuron
- Efferent neuron
- Interneuron
- Receptor cell
- Voluntary action
- Learned behavior
- Spinal reflex
- Cranial reflex
- Biceps femoris
- Quadriceps femoris
- Hamstrings
- Gastrocnemius
- The reflex would not occur
- The reflex would occur, but the person wouldn't feel it
- The reflex would become voluntary
- The reflex would increase in strength
- They indicate psychological state
- They reveal the integrity of specific neural pathways
- They predict future health problems
- They measure intelligence
- Afferent pathway
- Efferent pathway
- Receptor
- Integration center
- Initiate them
- Modulate or override them
- Replace them with voluntary actions
- Prevent their initiation
- Efferent pathway
- Afferent pathway
- Interneuron
- Effector
- The motor neuron would compensate
- The effector would still respond
- The reflex arc would be broken, preventing the reflex
- The brain would override the reflex
- Relax a muscle
- Prevent muscle damage from overstretching
- Initiate voluntary movement
- Inhibit antagonist muscles
