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Respiratory Physiology Part I
Respiratory Physiology Part I

... • Active process- requires contraction of diaphragm (skeletal muscle) • Also requires external intercostal muscles ...
Physiology of Respiration - International Fire Training Centre
Physiology of Respiration - International Fire Training Centre

... Oxygen as previously stated, is the vital ingredient. Nitrogen takes no active part in respiration at ordinary pressures, being an inert gas which passes in and out of the body practically unchanged. THE RESPIRATORY CYCLE The body must draw air into the lungs, hold it for a sufficient time for the o ...
The Respiratory System
The Respiratory System

... bronchioles Terminal bronchioles branch into respiratory bronchioles which divide into alveolar ducts that connect to alveoli ...
Key Questions for Understanding Respiratory Physiology
Key Questions for Understanding Respiratory Physiology

... 3. Respiratory gas transport: oxygen and carbon dioxide must be transported to and from lungs and cells by the blood 4. Internal respiration: at systemic capillaries, gas exchange occurs between blood and tissue cells ...
iphy 3430 9-15
iphy 3430 9-15

... Maintain blood levels of O2 and CO2 as homeostatic variables ...
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Breathing

Breathing is the process that moves air in and out of the lungs, or oxygen through other respiratory organs such as gills. For organisms with lungs, breathing is also called ventilation, which includes both inhalation and exhalation. Breathing is one part of physiological respiration required to sustain life. Aerobic organisms of birds, mammals, and reptiles—require oxygen to release energy via cellular respiration, in the form of the metabolism of energy-rich molecules such as glucose. Breathing is only one of the processes that deliver oxygen to where it is needed in the body and remove carbon dioxide. Another important process involves the movement of blood by the circulatory system. Gas exchange occurs in the pulmonary alveoli by passive diffusion of gases between the alveolar gas and the blood in lung capillaries. Once these dissolved gases are in the blood, the heart powers their flow around the body (via the circulatory system). The medical term for normal relaxed breathing is eupnea.In addition to removing carbon dioxide, breathing results in loss of water from the body. Exhaled air has a relative humidity of 100% because of water diffusing across the moist surface of breathing passages and alveoli. When a person exhales into very cold outdoor air, the moisture-laden atmosphere from the lungs becomes chilled to the point where the water condenses into a fog, making the exhale visible by anyone.
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