During certain phases of my ME, I notice that I sigh a lot. I did wonder why, so a bit of googling turned up a PopSci article: https://www.popsci.com/sigh-reason-study/
"That stretch is critical to keep lungs working properly. "When alveoli collapse, they compromise the ability of the lung to exchange oxygen and carbon dioxide," Jack Feldman, a neurobiologist at UCLA and one of the study authors said in a press release. "The only way to pop them open again is to sigh, which brings in twice the volume of a normal breath. If you don't sigh, your lungs will fail over time.""
"The researchers decided to look in the brain’s breathing center in the brainstem. They analyzed the genes in those cells and found that a few hundred of them generate one of two chemicals that allow them to communicate with the "preBötzinger Complex," a bundle of a few thousand neurons known to control the rate and rhythm of respiration."
From my hypothesis, ME subtly alters the function of some brain cells. If it affects this specific clump of cells, it can alter our rate of sighing. I expect that even a slight alteration of neuron trigger thresholds or signal transmission could have a noticeable effect on sigh rate.
For PWME who have breathing issues, this might be part of the answer. In a similar fashion, these subtle alterations could affect gut function, urination frequency, temperature regulation, and many of the other symptoms PWME suffer.
*sigh*
"That stretch is critical to keep lungs working properly. "When alveoli collapse, they compromise the ability of the lung to exchange oxygen and carbon dioxide," Jack Feldman, a neurobiologist at UCLA and one of the study authors said in a press release. "The only way to pop them open again is to sigh, which brings in twice the volume of a normal breath. If you don't sigh, your lungs will fail over time.""
"The researchers decided to look in the brain’s breathing center in the brainstem. They analyzed the genes in those cells and found that a few hundred of them generate one of two chemicals that allow them to communicate with the "preBötzinger Complex," a bundle of a few thousand neurons known to control the rate and rhythm of respiration."
From my hypothesis, ME subtly alters the function of some brain cells. If it affects this specific clump of cells, it can alter our rate of sighing. I expect that even a slight alteration of neuron trigger thresholds or signal transmission could have a noticeable effect on sigh rate.
For PWME who have breathing issues, this might be part of the answer. In a similar fashion, these subtle alterations could affect gut function, urination frequency, temperature regulation, and many of the other symptoms PWME suffer.
*sigh*