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