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