Causes Of Respiratory Alkalosis

Posted by on Oct 1, 2018 in Breathing Facts | 0 comments

Causes Of Respiratory Alkalosis

The human body requires oxygen to function properly. Oxygen is introduced into the body by inhaling air. Exhaling, in turn, produces carbon dioxide, a by-product of the body. In ideal conditions, your respiratory system keeps the level of oxygen and carbon dioxide in balance. When this balance is altered, it causes of respiratory alkalosis.

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This medical condition occurs when the level of carbon dioxide in your blood drops below normal. This leads to a rise in the blood’s pH and it becomes too alkaline. There are several causes of respiratory alkalosis as discussed below.

Hyperventilation: This is essentially over-breathing. It may be caused by faulty mechanical ventilation. Hyperventilating will lead to excessive oxygen levels in your body thus causing respiratory alkalosis. Stress: One of the body’s responses to stress, fear and anxiety will be to breathe faster and deeper. This will increase oxygen levels in your body.

High altitude: High altitude areas have low atmospheric pressure. This will lower the oxygen levels in your lungs. As a result, your breath is faster than normal. Your body, compensating for low oxygen level will reduce carbon dioxide levels thus respiratory alkalosis.

Pregnancy: This condition is normal during pregnancy. Pregnancy may lead to short and fast breaths. This may vary from person to person.

Asthma: This lung disease leads to shortness of breath and may result in respiratory alkalosis.

Pulmonary embolism: This is a blood clot that occurs in the lungs. As it will restrict blood flow, it will lead to increased respiration rate and reduce the carbon dioxide level in the blood.

Aspirin overdose: Also known as salicylate poisoning, an aspirin overdose will be a cause of respiratory alkalosis. Aspirin stimulates the respiratory center thus increased oxygen levels in the body.

respiratory problemVocal cord paralysis: Over-breathing will occur as a result of the loss of vocal volume. It’s a major cause of this condition.

Liver failure: This will lead to chronic respiratory alkalosis. Other causes include Fever, which results in increased metabolic demands, pain, stroke and drug abuse.

If the above causes can be avoided, corrected or contained, respiratory alkalosis can be prevented. Experiencing breath shortness should be enough to make an appointment with your doctor.

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Does Breathing Pure Oxygen Safe

Posted by on Aug 28, 2018 in Breathing Facts | 0 comments

Does Breathing Pure Oxygen Safe

We do need oxygen so as to live and as revealed by health experts we do breathe about 21% of oxygen. Sometimes you might think that if you are able to breathe 100% oxygen would be the best idea for you, it might be harmful to your health if you do. In summary, breathing pure oxygen is wrong and is many cases very toxic. There are so many reasons behind this, some of them are:

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The lungs in your body are mainly a series of long tubes which branch out of the mouth, nose, trachea, bronchi, bronchioles and finally they end in alveoli ( thin-walled air sacs). You will be able to find that there are also thin-walled blood vessels which surround every alveolus which is known as pulmonary capillaries. There’s also a thin wall between the alveolus and the capillaries through which gases such as nitrogen, carbon dioxide and oxygen do pass before they are diffused to the body.

pure oxygenWhenever you inhale air, the alveoli will fill with this air. Since there is a high concentration of oxygen in the alveoli while it’s low in the pulmonary capillaries, this will enable oxygen to diffuse into the blood cells. On the other hand, since there’s a high concentration of C02 in the blood cells than the one which enters through your nose, C02 will be able to pass through from the blood to the alveoli. The concentration of nitrogen in the alveolar air and the lungs is almost the same.

Due to this exchange of gases, if you try breathing pure oxygen, then there will be a high concentration of oxygen in both the alveoli and blood cells. This can make it difficult for the oxygen to be able to diffuse to the blood cells; this can lead to breathing difficulties and your blood capillaries will lack enough oxygen.

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