Obstructive Sleep Apnea (OSA) is a condition where you may stop breathing for a short time while you are sleeping. Usually, these pauses, which are referred to as apnea events or apnea episodes, may last from 10 to 30 seconds. People having this health condition may stop breathing hundreds of times every night, and this may lead to low oxygen levels and sleep disruption.
It is seen that OSA leads usually to restlessness, and if not treated properly, it may reduce cognitive function and cause daytime sleepiness. Apart from this, it also heightens the risks of hypertension and cardiovascular diseases. Though sleep apnea mouth guard can be used to prevent snoring and limit the OSA symptoms to an extent, severe cases of sleep apnea needs to be treated. Therefore, it would be wiser to consult a doctor if you have the condition.
Apart from Obstructive Sleep Apnea, there are three more kinds of sleep apnea, namely sleep-hypoventilation syndrome, complex or mixed sleep apnea, and central sleep apnea. Regardless of which type of sleep apnea you have, timely intervention is mandatory to deal with the health issue properly. The following are the factors that may lead to higher risk of the condition.
- Having thick and large neck
- Hereditary disease
- If you are male
- If you are 40 years or more
- Presence of large tonsils
- Recessed chin
In case of children, they may have this syndrome if there are large tonsils and adenoids.
How Sleep Apnea Affects Breathing?
At first, you will be breathing normally and sleeping quietly, and the air can flow easily to the lungs through the breathing tube. A little later, you might start snoring loudly; this means that your air passage is blocked partly. If the block worsens, it can affect the volume of air that enters the lungs, and hence, lead to a significant drop in the oxygen levels. This condition is referred to as hypopnea.
As time passes, your airway gets blocked completely, and when the brain gives the signal to breathe as normal, you couldn’t breathe in the air because of the blocked air passage. After a ten to thirty second pause, the brain realizes that you were not breathing, thus, it will force you to wake up. When you can wake up, you take a deep breath of air, and thereby, start breathing normally. However, the cycle may repeat, and this leads to frequent sleep interruption.
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