Biological Control System watt (W) Arteries force (N) x distance (m) Myofibrils D.B. Dill Sarcomere Peripheral Nervous System Metabolism MAP Action Potential Central Nervous System Systole Irritability Cytoplasm ATPase T- cells Central Nervous System Dudley Sargent Type 1 Fibers IGF Ergometry Satellite Cells Exercise Physiology Q SA Node Dendrites Plasma Synapse Acquired Immune System work (J) ÷ time(s) Motor Unit Troponin ECG TSH Summation ATP- PC System Brain Stem lymph vessels Negative Feedback Net Efficiency Pathogens Receptor Nucleus Cell Signaling Diastole Fast Fibers kilogram (kg) Pacinian Corpuscles Innate Immune System Acclimation Resting Membrane Potential Steady State Veins pituitary gland Indirect Calorimetry efferent neurons Adrenal Gland rate- limiting enzyme Beta Oxidation Axon MI Metric System ATP Epimysium Biological Control System watt (W) Arteries force (N) x distance (m) Myofibrils D.B. Dill Sarcomere Peripheral Nervous System Metabolism MAP Action Potential Central Nervous System Systole Irritability Cytoplasm ATPase T- cells Central Nervous System Dudley Sargent Type 1 Fibers IGF Ergometry Satellite Cells Exercise Physiology Q SA Node Dendrites Plasma Synapse Acquired Immune System work (J) ÷ time(s) Motor Unit Troponin ECG TSH Summation ATP- PC System Brain Stem lymph vessels Negative Feedback Net Efficiency Pathogens Receptor Nucleus Cell Signaling Diastole Fast Fibers kilogram (kg) Pacinian Corpuscles Innate Immune System Acclimation Resting Membrane Potential Steady State Veins pituitary gland Indirect Calorimetry efferent neurons Adrenal Gland rate- limiting enzyme Beta Oxidation Axon MI Metric System ATP Epimysium
(Print) Use this randomly generated list as your call list when playing the game. 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.
G-Biological Control System
I-watt (W)
O-Arteries
N-force (N) x distance (m)
G-Myofibrils
I-D.B. Dill
N-Sarcomere
O-Peripheral Nervous System
O-Metabolism
O-MAP
G-Action Potential
G-Central Nervous
System
N-Systole
O-Irritability
G-Cytoplasm
G-ATPase
I-T-cells
I-Central Nervous System
B-Dudley Sargent
B-Type 1 Fibers
N-IGF
N-Ergometry
I-Satellite Cells
B-Exercise Physiology
N-Q
B-SA Node
O-Dendrites
G-Plasma
B-Synapse
B-Acquired Immune System
N-work (J) ÷ time(s)
I-Motor Unit
O-Troponin
I-ECG
G-TSH
O-Summation
O-ATP-PC System
N-Brain Stem
N-lymph vessels
G-Negative Feedback
N-Net Efficiency
G-Pathogens
G-Receptor
N-Nucleus
O-Cell Signaling
G-Diastole
I-Fast Fibers
I-kilogram (kg)
B-Pacinian Corpuscles
O-Innate Immune System
O-Acclimation
N-Resting Membrane Potential
G-Steady State
B-Veins
I-pituitary gland
N-Indirect Calorimetry
B-efferent neurons
B-Adrenal Gland
B-rate-limiting enzyme
B-Beta Oxidation
I-Axon
I-MI
I-Metric System
O-ATP
B-Epimysium