How Sleep Apnea Can Cause Anxiety And Panic Attacks
December 8, 2009
As we approach the most stressful time of the year, the one thing that we all forget to do is to remember to breathe. Literally. Tension and stress causes a nervous system reaction that causes you to take short, shallow breaths, leading to carbon dioxide (CO2) retention. Interestingly, a recent study showed that increased levels of carbon dioxide has been shown to affect areas in the brain that triggers fear and panic attacks.
This makes sense since if you’re chronically oxygen deprived from not breathing at night due to sleep apnea, you’re going to build up carbon dioxide, which can increase the acidity levels in the amygdala, which is the area of the brain that processes fear and behavior.
This biochemical reaction, along with generalized nervous system over-responsiveness that comes along with inefficient sleep, is a good reason for you to feel over-stressed, over-anxious, and on edge. I’ve also described a situation where your tongue suddenly collapses and obstructs your breathing, and you’ll wake up violently, in a state of panic, in a cold sweat, and with your heart racing. This happens much more commonly than you think.
This study makes me wonder what all the carbonated beverages are doing to us as a society.
What’s you’re take on this? Do you find yourself taking short, shallow breaths or even hold your breath when you’re stressed? Please enter your comments in the box below.
Sleep Apnea, Michael Phelps & Swimming Records
November 20, 2008
This may just be coincidence, but on an online forum for sleep apnea sufferers, a member commented that he could hold his breath the longest while swimming when he was in the military. Shortly thereafter, two others replied with similar experiences when they were children. As we know, sleep apnea is not something that develops all of a sudden at a certain age when you reach a certain age. If you have sleep apnea, you’ve had some degree of it since you were an infant. So if you have episodic breath holding spells while sleeping when young, it makes sense that your capacity to utilize oxygen is enhanced, similar to what occurs when elite athletes train in higher altitudes to acclimate to lower oxygen levels.
This brings us to Michael Phelps. He seems to always surge ahead when he’s swimming underwater just after the turns. Next time, look at his narrow jaws and malocclusion. Could he have a sleep-breathing problem? Look at his mother.
Is there anyone reading this post who has sleep apnea with a similar story?

