top outer layer (surface) between L&R hemisphere expessing language under- standing language hindbrain upper part of brain stem(above medulla) hypo- thalamus visual processor neuro- transmitter lobe behind ears front top of brain inability of speech irregular vison, blindness dopamine seratonin lower 1/2 of brain stem occiptal lobe master gland controls endocrine amygdala memory loss inability to store long term memories long term memory emotional reaction center parietal lobe pineal gland limbic system information relay station difficulty regulating emotions neurons hippo- campus top outer layer (surface) between L&R hemisphere expessing language under- standing language hindbrain upper part of brain stem(above medulla) hypo- thalamus visual processor neuro- transmitter lobe behind ears front top of brain inability of speech irregular vison, blindness dopamine seratonin lower 1/2 of brain stem occiptal lobe master gland controls endocrine amygdala memory loss inability to store long term memories long term memory emotional reaction center parietal lobe pineal gland limbic system information relay station difficulty regulating emotions neurons hippo- campus
(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.
top outer layer (surface)
between L&R hemisphere
expessing language
under-standing language
hindbrain
upper part of brain stem(above medulla)
hypo-thalamus
visual processor
neuro-transmitter
lobe behind ears
front top of brain
inability of speech
irregular vison, blindness
dopamine
seratonin
lower 1/2 of brain stem
occiptal lobe
master gland controls endocrine
amygdala
memory loss inability to store long term memories
long term memory
emotional reaction center
parietal lobe
pineal gland
limbic system
information relay station
difficulty regulating emotions
neurons
hippo-campus