1st Edition
BMS 300: Principles of Human Physiology
School: Colorado State University- Fort Collins (CSU )
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Pages: 5Describes the process of inflammation and the flu virus.
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Pages: 4Describes the lymphoid organs and their functions.
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Pages: 5Describes the erythrocyte origin, what happens in the kidneys, and begins to describe what happens in the spleen.
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Pages: 4Describes the different components of blood and how blood is fractioned.
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Pages: 4Describes the vesticular pumps and their roles in pumping blood.
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Pages: 5Describes the autonomic innervation of the heart and the pacemaker cells.
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Pages: 5Includes the different channels and action potentials involved in the pumping of the heart.
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Pages: 5Includes the two categories of cardiomyocytes and their roles in the movement of the heart.
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Pages: 4Explains how coronary arteries work.
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Pages: 3Begins by explaining the cardiac cycle and ends a starlings law.
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Pages: 6Describes the movement of muscles and the "sliding filament" theory.
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Pages: 5Describes the process of how upper and lower motor neurons interact and how signals are activated in the muscle fibers.
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Pages: 4Describes how information about pain, pressure, rouch, and temperature is carried to the brain.
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Pages: 6Finishes up the discussion on the reflex arc and then goes into the discussion on the brain.
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Pages: 6Includes the excitatory and inhibitory synapses and the beginning of the discussion of the reflex arc.
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Pages: 5Includes how synaptic transmission takes place and begins to discuss synaptic integration.
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Pages: 6Describe the generator potentials role in the neuron and begins the discussion on synapse.
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Pages: 5Includes the different ways of propagating action potential down a membrane.