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occurs when you breathe too fast or too deep and carbon dioxide levels drop too low. This causes the pH of the blood to rise and become too alkaline. When the blood becomes too acidic, respiratory acidosis occurs.
-Hyperventilation: over breathing and in most cases is the cause for Respiratory Alkalosis.
Cause for Hyperventilation:

·    Pain
·   Asthma
·  Chronic obstructive pulmonary disease
- Infection
·  Pulmonary embolism
Treatments for Alkalosis:

-   Breathe into a paper bag

-   Get reassurance

-   Restrict oxygen intake into the lungs

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is a condition where the body can not get rid of CO2 due to obstructive or shallow breathing. The excess CO2 causing more Hydrogen ions get trapped in the blood which decreasing pH level, blood becomes more acidic.

Causes/Diseases:
-Chronic bronchitis
-Emphysema
-Pneumonia
-Pulmonary edema

Treatments:
-antibiotics
-antidiuretic
-corticosteroids
-bronchodilators
-mechanical ventilators for severe case

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This reversible equation demonstrates CO2 entering a red blood cell and meeting with some of the RBC's water content; These two compounds are combined by the enzyme, carbonic anhydrase,  to create carbonic acid which then becomes bicarbonate and a hydrogen ion.

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Oxygen Release and Carbon Dioxide Pickup in TISSUES

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Oxygen Release and Carbon Dioxide Pickup in TISSUES

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A more elaborate application of the carbon dioxide transport between a red blood cell and tissue. HCO3- will eject from the cell while H+ will try to meet with an oxyhemoglobin and take off the oxygen which ultimately delivers oxygen to the tissues due to the competition of hemoglobin binding.
Sometimes CO2 only seeks out oxyhemoglobin to bind and kicks off oxygen as well like H+.

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Oxygen Pickup and Carbon Dioxide Release in LUNGS

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Oxygen Pickup and Carbon Dioxide Release in LUNGS

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Demonstrates the reverse version of the equation with Cl- leaving and HCO3- entering dubbed as the chloride shift