Thanks Sheila and Moss. Moss those quotes were excellent! When I have more time I will read the full articles. Thank you.Heidi thanks very much for this pertinent piece. Interesting because I recently had two very stubborn and painful mouth ulcers and some deep swelling in my lower right jaw. I did umpteen mouth rinses daily and took antimicrobials over the course of a couple of weeks and all is now resolved. Reading this thread has spurred me on to get back into taking little and often moments during the day to manage and adjust my breathing whenever I catch myself over breathing. Wonder too if this was not a latent infection?
Apologies if I am digressing here as I like to look at all angles and came across this article. Perhaps we underestimate really how much hyperventilating does affect our bodies one way or another.
“There is evidence that the effects of breathing pattern disorders, such as hyperventilation, result in a variety of negative psychological, biochemical, neurological and biomechanical influences and interferences, capable of modifying each of these three subsystems. Breathing pattern disorders (the extreme form of which is hyperventilation), automatically increase levels of anxiety and apprehension, which may be sufficient to alter motor control and to markedly influence balance control. Hyperventilation results in respiratory alkalosis, leading to reduced oxygenation of tissues (including the brain), smooth muscle constriction, heightened pain perception, speeding up of spinal reflexes, increased excitability of the corticospinal system, hyperirritability of motor and sensory axons, changes in serum calcium and magnesium levels, and encouragement of the development of myofascial trigger points – all or any of which, in one way or another, are capable of modifying normal motor control of skeletal musculature.”
Leon Chaitow
Breathing pattern disorders, motor control, and low back pain
Dearest Sheila
Thanks and your thoughts are always respected and appreciated. As you said, "With improved breathing comes light to dark corners in all realms."
So here's a little gem for both you and Heidi as you both keep bees.
“The another small animal with an extremely long lifespan (in captivity they have lived up to 30
years, 9 or 10 times longer than mice of the same size) has a low basal metabolic rate, but I think measurements made in laboratories might not represent their metabolic rate in their natural habitat. They live in burrows that are kept closed, so the percentage of oxygen is lower than in the outside air, and the percentage of carbon dioxide ranges from 0.2% to 5% (atmospheric CO2 is about 0.038). The temperature and humidity in their burrows can be extremely high, and to be very meaningful their metabolic rate would have to be measured when their body temperature is raised by the heat in the burrow. Besides living in a closed space with a high carbon dioxide content, mole rats have another similarity to bees. In each colony, there is only one female that reproduces, the queen, and, like a queen bee, she is the largest individual in the colony. In beehives, the workers carefully regulate the carbon dioxide concentration, which varies from about 0.2% to 6%, similar to that of the mole rat colony. A high carbon dioxide content activates the ovaries of a queen bee, increasing her fertility. Since queen bees and mole rats live in the dark, I think their high carbon dioxide compensates for the lack of light. (Both light and CO2 help to maintain oxidative metabolism and inhibit lactic acid formation.) Mole rats are believed to sleep very little. During the night, normal people tolerate more CO2, and so breathe less, especially near morning, with increased active dreaming sleep. A mole rat has never been known to develop cancer. Their serum C-reactive protein is extremely low, indicating that they are resistant to inflammation. In humans and other animals that are susceptible to cancer, one of the genes that is likely to be silenced by stress, aging, and methylation is p53, a tumor-suppressor gene.”
Ray Peat, PhD
http://raypeat.com/articles/articles/co2.shtml
http://www.the-scientist.com/?articles.view/articleNo/32136/title/Underground-Supermodels/
Agree with Sheila this thread has some terrific observations and thanks to all the others as well.
Here is another Buteyko link that goes into a lot more detail about latent illnesses.
http://buteyko.ie/images/pdf/Dr_Buteykos_Book.pdf
It mentions that it is impossible to get the CP up if you have parasites. That could be my problem right there. I had a huge parasite problem that I spent 2 years aggressively cleansing. (I will spare everyone the disgusting details.) Although I am markedly improved since then, I don't think that I've completely healed it. Parasites somehow revved me and increased hyperventilation, but I'm only understanding that now in retrospect.
Just for the record, my CP has been terrible lately. Mostly back to where it was when I started. But I feel like things are progressing for me in a good way, so I'm not too concerned about the low CP. Sometimes things go back before they move forward again.
Also, I don't think that I've emphasized enough how miraculous some of my healing has been from the amount of breathing improvement that I've made thus far. Some of the improvement I haven't been able to fully trust, and have been waiting to make sure that it sustains over time. But the healing that I've had thus far has been enough to sustain me through all the difficulties.
Also, I've experimented with using warm water and baking soda with the breathslim. It feels more soothing when I do that. Maybe it's redundant in terms of CO2. I'll have to do it more to come to any conclusions about it. Hopefully, it isn't harmful in anyway. People use baking soda in nebulizers, which is where I got the idea.
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