medulla pons pituitary gland neurons mid brain 3-400 000 years ago myelin sheath broca's area cerebellum corpus callosum hippocampus limbic system dopamine pineal gland cortex brain stem temporal lobe neuro- transmitters stress time travel occipital lobe left hemisphere parietal lobe hind brain wernicke's area teenagers amygdala navigate with digital evol. autonomic fibres sensory cortex 90 seconds 28 thalamus fore brain frontal lobe risks agonist right hemisphere hypothalamus medulla pons pituitary gland neurons mid brain 3-400 000 years ago myelin sheath broca's area cerebellum corpus callosum hippocampus limbic system dopamine pineal gland cortex brain stem temporal lobe neuro- transmitters stress time travel occipital lobe left hemisphere parietal lobe hind brain wernicke's area teenagers amygdala navigate with digital evol. autonomic fibres sensory cortex 90 seconds 28 thalamus fore brain frontal lobe risks agonist right hemisphere hypothalamus
(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.
medulla
pons
pituitary gland
neurons
mid brain
3-400 000 years ago
myelin sheath
broca's area
cerebellum
corpus callosum
hippocampus
limbic system
dopamine
pineal gland
cortex
brain stem
temporal lobe
neuro-transmitters
stress
time travel
occipital lobe
left hemisphere
parietal lobe
hind brain
wernicke's area
teenagers
amygdala
navigate with digital evol.
autonomic fibres
sensory cortex
90 seconds
28
thalamus
fore brain
frontal lobe
risks
agonist
right hemisphere
hypothalamus