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Oxygen transport consists 98.5 % in red blood cells, when the oxygen is bound to the four polypeptide chains that include four iron (hemes) that RBC is able to transport.

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Oxygen transport consists 98.5 % in red blood cells, when the oxygen is bound to the four polypeptide chains that include four iron (hemes) that RBC is able to transport.

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One of the ways the body controls respiration is by using a Neural Mechanism, Ventral respiratory group that uses neurons to maintain eupnea (the rate of normal 12-15 breaths per min).

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One of the ways the body controls respiration is by using a Neural Mechanism, Ventral respiratory group that uses neurons to maintain eupnea (the rate of normal 12-15 breaths per min).

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High Altitude can cause little to severe effects on the body's respiration. Acute Mountain Sickness may occur from Quick traveling. Po2 levels decrease from AMS and can result in Acclimatization when an individual has long term change to high altitude.

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High Altitude can cause little to severe effects on the body's respiration. Acute Mountain Sickness may occur from Quick traveling. Po2 levels decrease from AMS and can result in Acclimatization when an individual has long term change to high altitude.

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Lung Cancer is the leading cancer death in North America, the most common types are, Adenocarcinoma, Squamous cell carcinoma and Small cell carcinoma.

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Lung Cancer is the leading cancer death in North America, the most common types are, Adenocarcinoma, Squamous cell carcinoma and Small cell carcinoma.

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(COPD) stands for Chronic Obstructive Pulmonary disease. The disease consists of two chronic symptoms: emphysema and bronchitis.  

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(COPD) stands for Chronic Obstructive Pulmonary disease. The disease consists of two chronic symptoms: emphysema and bronchitis.  

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Possible cause is anxiety attacks, decreased CO2 levels and increased rate of breathing is known as Hyperventilation.

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Possible cause is anxiety attacks, decreased CO2 levels and increased rate of breathing is known as Hyperventilation.

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Gas exchange is subject to two different things: the basic properties of gas and composition of alveolar gas.

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Gas exchange is subject to two different things: the basic properties of gas and composition of alveolar gas.

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Gas exchange is subject to two different

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Gas exchange is subject to two different

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Respiratory volumes assesses respiratory status in a patient. TV is tidal volume, the air breathed in and out a person. IRV is the amount of inspiratory air forced inside a person. ERV is the amount of air expelled from the body. RV (residual volume) is the amount that remains in the lungs. 

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Respiratory volumes assesses respiratory status in a patient. TV is tidal volume, the air breathed in and out a person. IRV is the amount of inspiratory air forced inside a person. ERV is the amount of air expelled from the body. RV (residual volume) is the amount that remains in the lungs. 

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Gas Exchange occurs between lungs and blood and blood and tissues. Those are the two different ways Gas Exchange occurs, blood and lungs are external respiration and blood and tissues are internal respiration.

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Gas Exchange occurs between lungs and blood and blood and tissues. Those are the two different ways Gas Exchange occurs, blood and lungs are external respiration and blood and tissues are internal respiration.

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Pulmonary Ventilation consists of inspiration and expiration. The  ventilation uses diaphragm and intercostal muscles. Expiration ventilation is the release of air versus Inspiration is hold of air in the lungs.

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Pulmonary Ventilation consists of inspiration and expiration. The  ventilation uses diaphragm and intercostal muscles. Expiration ventilation is the release of air versus Inspiration is hold of air in the lungs.