Blood Cholesterol (HDL and LDL) Pulmonary diffusion VO2 Max LIP Myofibril Lactate Tolerance Respiratory Rate Glycolytic capacity Myofibre Motor unit recruitment Diffusion Cardiac hypertrophy (anaerobic) Glycolytic enzymes Cardiac hypertrophy (aerobic) Glycogen Triglyceride Blood Volume Heart Rate Mitochondria Capilirisation ATPase Alveolar capillary surface area Glycogen sparing Neural- firing rate of motor neurons Contractile Proteins (Actin and Myosin) Oxidative enzyme Cardiac Output Arteriovenous Oxygen Difference Stroke volume Haemaglobin Blood Pressure Myoglobin stores Ventilation Tidal Volume Type 1 muscle fibre (Slow Twitch) Type 2 muscle fibre (Fast Twitch) Neural- synchronization of motor units Blood Cholesterol (HDL and LDL) Pulmonary diffusion VO2 Max LIP Myofibril Lactate Tolerance Respiratory Rate Glycolytic capacity Myofibre Motor unit recruitment Diffusion Cardiac hypertrophy (anaerobic) Glycolytic enzymes Cardiac hypertrophy (aerobic) Glycogen Triglyceride Blood Volume Heart Rate Mitochondria Capilirisation ATPase Alveolar capillary surface area Glycogen sparing Neural- firing rate of motor neurons Contractile Proteins (Actin and Myosin) Oxidative enzyme Cardiac Output Arteriovenous Oxygen Difference Stroke volume Haemaglobin Blood Pressure Myoglobin stores Ventilation Tidal Volume Type 1 muscle fibre (Slow Twitch) Type 2 muscle fibre (Fast Twitch) Neural- synchronization of motor units
(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.
Blood Cholesterol (HDL and LDL)
Pulmonary diffusion
VO2 Max
LIP
Myofibril
Lactate Tolerance
Respiratory Rate
Glycolytic capacity
Myofibre
Motor unit recruitment
Diffusion
Cardiac hypertrophy (anaerobic)
Glycolytic enzymes
Cardiac hypertrophy (aerobic)
Glycogen
Triglyceride
Blood Volume
Heart Rate
Mitochondria
Capilirisation
ATPase
Alveolar capillary surface area
Glycogen sparing
Neural- firing rate of motor neurons
Contractile Proteins (Actin and Myosin)
Oxidative enzyme
Cardiac Output
Arteriovenous Oxygen Difference
Stroke volume
Haemaglobin
Blood Pressure
Myoglobin stores
Ventilation
Tidal Volume
Type 1 muscle fibre (Slow Twitch)
Type 2 muscle fibre (Fast Twitch)
Neural- synchronization of motor units