Muscle fibre adaptation Mitochondria Stroke Volume Red Blood Cell Count Myoglobin VO2 Max Tidal Volume (Submax and Max) Lung Volume Capillary Density (Skeletal muscle) Blood Cholesterol Blood Pressure Hypertrophy Resting and submaximal HR Pulmonary diffusion LIP Ventilation (max) A-VO2 Difference Blood Volume Cardiac Output Glycogen sparing Capillary Density (Heart) Oxidation of fats Alveolar capillary surface area Heart Rate Recovery Time Glycogen, triglyceride and ATP stores oxidative enzymes Muscle fibre adaptation Mitochondria Stroke Volume Red Blood Cell Count Myoglobin VO2 Max Tidal Volume (Submax and Max) Lung Volume Capillary Density (Skeletal muscle) Blood Cholesterol Blood Pressure Hypertrophy Resting and submaximal HR Pulmonary diffusion LIP Ventilation (max) A-VO2 Difference Blood Volume Cardiac Output Glycogen sparing Capillary Density (Heart) Oxidation of fats Alveolar capillary surface area Heart Rate Recovery Time Glycogen, triglyceride and ATP stores oxidative enzymes
(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.
Muscle fibre adaptation
Mitochondria
Stroke Volume
Red Blood Cell Count
Myoglobin
VO2 Max
Tidal Volume (Submax and Max)
Lung Volume
Capillary Density (Skeletal muscle)
Blood Cholesterol
Blood Pressure
Hypertrophy
Resting and submaximal HR
Pulmonary diffusion
LIP
Ventilation (max)
A-VO2 Difference
Blood Volume
Cardiac Output
Glycogen sparing
Capillary Density (Heart)
Oxidation of fats
Alveolar capillary surface area
Heart Rate Recovery Time
Glycogen, triglyceride and ATP stores
oxidative enzymes