Peripheral nervous system Ventricle Glutamate Drugs Temporal lobe Limbic cortex Myelin Oligodendroglia Axon Cerebellum Glial cell Neuroscience Serotonin Saltatory conduction Tetrodotoxin Brain Norepinephrine Glioma Sulcus Soma Grey matter Nerve Pituitary gland Basal ganglia Pons Amygdala Dermatome Thalamus Medulla oblongata Hippocampus Neuron Metabotropic receptor Action potential Phineas Gage Cerebrum Psychoactive Ionotropic receptor Hypothalamus Parietal lobe Tract Histamine GABA Microglia Spinal cord Magnetoencephalography Schwann cells Axon hillock Dopamine White matter Neuroplasticity Neurogenesis Occipital lobe Acetylcholine Ependymal cells Sensory neuron Interneuron Synapse Perception Reticular formation Dendrites Sympathetic Parasympathetic Motor neuron Epinephrine Pineal gland Electroencephalogram Nodes of Ranvier Gyrus Brainstem Sensitization Glycine Astrocytes Neurotransmitter Central nervous system Frontal lobe Peripheral nervous system Ventricle Glutamate Drugs Temporal lobe Limbic cortex Myelin Oligodendroglia Axon Cerebellum Glial cell Neuroscience Serotonin Saltatory conduction Tetrodotoxin Brain Norepinephrine Glioma Sulcus Soma Grey matter Nerve Pituitary gland Basal ganglia Pons Amygdala Dermatome Thalamus Medulla oblongata Hippocampus Neuron Metabotropic receptor Action potential Phineas Gage Cerebrum Psychoactive Ionotropic receptor Hypothalamus Parietal lobe Tract Histamine GABA Microglia Spinal cord Magnetoencephalography Schwann cells Axon hillock Dopamine White matter Neuroplasticity Neurogenesis Occipital lobe Acetylcholine Ependymal cells Sensory neuron Interneuron Synapse Perception Reticular formation Dendrites Sympathetic Parasympathetic Motor neuron Epinephrine Pineal gland Electroencephalogram Nodes of Ranvier Gyrus Brainstem Sensitization Glycine Astrocytes Neurotransmitter Central nervous system Frontal lobe
- Call List
(Print) Use this randomly generated list as your call list when playing the game. 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.
U-Peripheral nervous system
N-Ventricle
N-Glutamate
R-Drugs
N-Temporal lobe
U-Limbic cortex
R-Myelin
O-Oligodendroglia
E-Axon
O-Cerebellum
U-Glial cell
N-Neuroscience
O-Serotonin
O-Saltatory conduction
U-Tetrodotoxin
E-Brain
E-Norepinephrine
O-Glioma
E-Sulcus
U-Soma
O-Grey matter
E-Nerve
N-Pituitary gland
O-Basal ganglia
O-Pons
N-Amygdala
R-Dermatome
R-Thalamus
U-Medulla oblongata
E-Hippocampus
R-Neuron
E-Metabotropic receptor
E-Action potential
U-Phineas Gage
U-Cerebrum
N-Psychoactive
N-Ionotropic receptor
U-Hypothalamus
R-Parietal lobe
E-Tract
O-Histamine
E-GABA
U-Microglia
R-Spinal cord
R-Magnetoencephalography
N-Schwann cells
N-Axon hillock
U-Dopamine
N-White matter
U-Neuroplasticity
E-Neurogenesis
O-Occipital lobe
R-Acetylcholine
E-Ependymal cells
N-Sensory neuron
E-Interneuron
R-Synapse
O-Perception
R-Reticular formation
U-Dendrites
O-Sympathetic
N-Parasympathetic
O-Motor neuron
R-Epinephrine
E-Pineal gland
N-Electroencephalogram
R-Nodes of Ranvier
N-Gyrus
E-Brainstem
O-Sensitization
U-Glycine
R-Astrocytes
O-Neurotransmitter
R-Central nervous system
U-Frontal lobe