Repeated exposure to habituation or sensitization changes the number of
a. receptor sites on interneurons.
b. axon terminals on sensory neurons.
c. receptor sites on motor neurons
d. axon terminals on interneurons.
Question 2
In sensitization in Aplysia, what processes account for the stronger than normal responses of gill motor neurons?
a. extended action potentials in siphon sensory neurons, which result in the release of greater than normal amounts of neurotransmitter at synapses with gill motor neurons.
b. extended action potentials in siphon sensory neurons, which result in the release of less than normal amounts of neurotransmitter at synapses with gill motor neurons.
c. shortened action potentials in siphon sensory neurons, which result in the release of greater than normal amounts of neurotransmitter at synapses with gill motor neurons
d. shortened action potentials in siphon sensory neurons, which result in the release of less than normal amounts of neurotransmitter at synapses with gill motor neurons.
Common sites of colorectal cancer.
Common sites of biofilm infection
NMDA Receptor
H1-Receptor Antagonists for Allergies
Signaling pathways involving the insulin receptor
Average Number of Days per Year with Thunderstorms