These are the four lobes of the cortex.

These are the four parts of a neuron.

These ions are more concentrated outside the cell than inside the cell.

These are the five steps of an action potential (in order).

This is the most common type of synapse in the nervous system.

This lobe of the cortex is important for the sense of touch.

This type of glial cell forms the blood brain barrier.

This type of channel uses ATP to push ions against their concentration gradient.

This is the channel that is open during the falling phase.

This is the cation that enters the nerve terminal when an action potential reaches the end of the axon.

This structure is part of the forebrain and is involved in long-term memory storage.

This type of neuron has its soma in one place and its axon terminal nearby.

This term refers to the charge of the inside of the cell relative to the outside of the cell.

This term describes action potentials "piggy-backing" on each other.

This is the neurotransmitter that is important for skeletal muscle control.

This structure is part of the hindbrain and is involved in sleep and posture.

This term describes a neuron's ability to receive and send signals (action potentials).

This term refers to the concentration of a specific ion inside the cell relative to outside the cell.

This is the period when a neuron cannot fire another action potential because voltage-gated sodium channels are inactivated.

These are the three things that can happen to neurotransmitter in the synaptic cleft when it doesn't bind to the post-synaptic membrane.

This structure is part of the midbrain and is involved in motor coordination.

These types of glial cells surround the axons of neurons and form a substance called myelin.

This is the equilibrium potential of potassium.

These are the two factors that contribute to current (I).

These are the vesicle membrane proteins that intertwine with cell membrane proteins before the vesicle fuses with the membrane.