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