Chapter 1-4



Chapter 1


Simple diffusion , Facilitated diffusion, Primary active transport, Secondary Active Transport, Excitability, absolute refractory period, threshold value, Threshold Intensity, All or none property, excitation-contraction coupling, Sarcomere, myosin, actin, tropomyosin, troponin, Complete tetanus, Isometric Contraction, Isotonic Contraction

Answer Question

1. Please divide the type of movement through the membrane, and analysis the characteristics of every type of movment.

2. Please illustrate the mechanism of resting and action potential in a neuron.

3. Compare the threshold intensity and threshod voltage (value).

4. Please analysis the local excitation. How many membrane potentials belong to local potential?

5. Please illustrate molecular structure of the myofilaments.

6. Please illustrate excitation-contraction coupling and sliding theory.

Chapter 2


Neurons, Synapse, Excitatory-Post-Synaptic-Potentials (EPSP), Inhibitory-Post-Synaptic-Potentials (IPSP), Neurotransmitter, Receptor, motor unit, α-moto-neurons, γ-motoneurons, Muscle tonus, Tendon organ reflex, Decerebrate rigidity, Evoked cortical potential (ECP), rapid-eye-movement (REM) sleep, non-REM sleep.

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