REM Type 1 seasonal depression Stage 1 sleep theta waves hypnic jerk CPAP Delta waves brain development NREM energy conservation ADHD K complex micro sleepers Narcolepsy gene short sleepers temporary insomnia Type 2 thalamus orexin multipurpose wave restorative theory Stage 2 sleep hippocampus EEG light sleep mental health prefrontal cortex hypoxemia OSA sleep- wake disorder sleep spindles stage 3 sleep stage 4 sleep insomnia alpha waves genetic mutation amphetamine range of sleep hyperarousal amygdala beta waves exacerbate long sleepers hypercapnia depression inactivity theory modafinil brain plasticity biological rhythm REM Type 1 seasonal depression Stage 1 sleep theta waves hypnic jerk CPAP Delta waves brain development NREM energy conservation ADHD K complex micro sleepers Narcolepsy gene short sleepers temporary insomnia Type 2 thalamus orexin multipurpose wave restorative theory Stage 2 sleep hippocampus EEG light sleep mental health prefrontal cortex hypoxemia OSA sleep- wake disorder sleep spindles stage 3 sleep stage 4 sleep insomnia alpha waves genetic mutation amphetamine range of sleep hyperarousal amygdala beta waves exacerbate long sleepers hypercapnia depression inactivity theory modafinil brain plasticity biological rhythm
(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.
REM
Type 1
seasonal depression
Stage 1 sleep
theta waves
hypnic jerk
CPAP
Delta waves
brain development
NREM
energy conservation
ADHD
K complex
micro sleepers
Narcolepsy
gene
short sleepers
temporary insomnia
Type 2
thalamus
orexin
multipurpose wave
restorative theory
Stage 2 sleep
hippocampus
EEG
light sleep
mental health
prefrontal cortex
hypoxemia
OSA
sleep-wake disorder
sleep spindles
stage 3 sleep
stage 4 sleep
insomnia
alpha waves
genetic mutation
amphetamine
range of sleep
hyperarousal
amygdala
beta waves
exacerbate
long sleepers
hypercapnia
depression
inactivity theory
modafinil
brain plasticity
biological rhythm