Posted on 09/22/2022 8:26:23 PM PDT by ConservativeMind
LOL! Go without heat for the upcoming winter. It’s for your health. It will lower your glucose levels. (Bonus: you will reduce your carbon footprint).
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Shiver me timbers!
Well type 2 diabetes will be cured in Europe this winter since they are obligated to windmills for heat.
https://www.researchgate.net/profile/Adam-Sellers
Mengele did lots of medical research on the effects of hypothermia and thermal regulation of human metabolism. The university funding this “new” research is a scary institution. Check them out.
As a type 1 diabetic (as opposed to a lifestyle diabetic), I have noticed that sitting in a deer blind during cold weather results in lower (normal) blood sugars with minimal or no insulin.
Living in a consistent perfect 4 degree environment is not healthy. Our natural systems are designed to acclimate and need to acclimate for temp changes between summer and winter. “Outdoor” people who are exposed most of the time are much healthier.
Note to Deep State: Yeah, try selling this to seniors.
SNORT.
Good news for diabetic Europeans this Winter ;-)
This summer my husband and I watched a BBC program that highlighted the benefits of cold swimming. People with various aliments, including diabetes, had started swimming in cold water as part of a therapy. Every person they interviewed spoke of improvements in their conditions. The reporter did say it had not been proven whether or not exposure to the cold was the cause, he just wanted to make people aware of what others had experienced.
Some years ago, we had a multi-day power outage due to a late-winter ice storm.
I lost a few pounds during the outage.
I thought there was a possibility of launching a “Shiver and Starve in the Dark” weight loss club.
A lot of research has been done on cold adaptation to inform arctic military operations, mining, oil exploration, etc.
Human whole body cold adaptation
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4861193/
Reviews on whole body human cold adaptation generally do not distinguish between population studies and dedicated acclimation studies, leading to confusing results. Population studies show that indigenous black Africans have reduced shivering thermogenesis in the cold and poor cold induced vasodilation in fingers and toes compared to Caucasians and Inuit. About 40,000 y after humans left Africa, natives in cold terrestrial areas seems to have developed not only behavioral adaptations, but also physiological adaptations to cold. Dedicated studies show that repeated whole body exposure of individual volunteers, mainly Caucasians, to severe cold results in reduced cold sensation but no major physiological changes. Repeated cold water immersion seems to slightly reduce metabolic heat production, while repeated exposure to milder cold conditions shows some increase in metabolic heat production, in particular non-shivering thermogenesis. In conclusion, human cold adaptation in the form of increased metabolism and insulation seems to have occurred during recent evolution in populations, but cannot be developed during a lifetime in cold conditions as encountered in temperate and arctic regions. Therefore, we mainly depend on our behavioral skills to live in and survive the cold.
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