Efferent/ motor neuron Autonomic N.S. Neurotransmitter Saltatory Conduction Afferent/ sensory neuron Somatic N.S. Microglia PNS Refractory period Myelin Oligiodendrocytes Parasympathetic CNS Reflex action potential Interneuron Resting membrane potential astrocyte neuron Graded potential Gray matter Dendrites Nodes of Ranvier White matter Synaptic cleft Sy Calcium ion channels Axon repolarization Sympathetic depolarization Schwann Cells Efferent/ motor neuron Autonomic N.S. Neurotransmitter Saltatory Conduction Afferent/ sensory neuron Somatic N.S. Microglia PNS Refractory period Myelin Oligiodendrocytes Parasympathetic CNS Reflex action potential Interneuron Resting membrane potential astrocyte neuron Graded potential Gray matter Dendrites Nodes of Ranvier White matter Synaptic cleft Sy Calcium ion channels Axon repolarization Sympathetic depolarization Schwann Cells
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
Efferent/
motor neuron
Autonomic
N.S.
Neurotransmitter
Saltatory
Conduction
Afferent/
sensory neuron
Somatic
N.S.
Microglia
PNS
Refractory period
Myelin
Oligiodendrocytes
Parasympathetic
CNS
Reflex
action potential
Interneuron
Resting membrane potential
astrocyte
neuron
Graded potential
Gray matter
Dendrites
Nodes of Ranvier
White matter
Sy
Synaptic cleft
Calcium
ion
channels
Axon
repolarization
Sympathetic
depolarization
Schwann Cells