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Charlie posted this as " Quote of the week" few weeks ago. This explains increased allergy on low carb diet.Swandattur said:What I wonder is, why did I get more allergic and in worse health on a ketogenic diet if it is supposed to take the place of thyroid?
Allergy and blood sugar
“Hypoglycemia (which can result from any respiratory defect) can produce malfunction of any tissue, but brain dysfunction and immune dysfunction are very common effects. Adamkiewics has shown that allergic reactions to a given substance will decrease from 100 percent to zero, when the blood glucose increases from, for example, 50 mg % to 150 mg% or more. Progesterone (and thyroid) will help in most allergic diseases, including the autoimmune and ‘collagen diseases,’ because it helps to maintain blood sugar (promoting respiration and improving use of fat, sparing glucose) and also because it stabilizes lysosomes."
-Ray Peat, PhD. Nutrition for Women page 19.
RP mentioned in an interview that you mostly burn fat at rest and we rely onAnother question is, doesn't breast milk contain quite a bit of sugar as well as fats, like a nice milkshake? Wouldn't that counteract the ketogenic affect of the fats?
Edward said:post 30734 Thyroid hormone being catabolic: I think there is some confusion as to what anabolic and catabolic means, a catabolic hormone can appear to be anabolic and vice versa.
To simplify, when mitochondrial respiration is low due to insufficient thyroid, anabolic hormones cannot act, anabolism requires energy (and catabolism releases energy), when you increase respiration (for instance taking T3) anabolic hormones can then act giving the appearance that thyroid is anabolic.
When we are talking about anabolic and catabolic processes this does not mean perception, we are talking on the molecular level, what is actually physically going on, not how thinks look.
As far as sugar. I think there are some things being over simplified. Fructose is not always fructose as in fruit sugar. It becomes important to know the different types of fructose because they behave differently (and the molecular structure is different), especially in papers, and this is the case for other sugars as well. For example: β-D-fructopyranose, α-D-fructopyranose, β-D-fructofuranose, α-D-fructofuranose, keto-D-Fructose, fructose 1,6-bisphosphate, fructose 2,6-diphosphate, and also the isomers of fructose were appropriate.
Details like this are not always in the abstract and require you to have access to the paper. I can't give out every full paper I don't have the time but usually if you are not at a school, a public library has extensive access to full text databases.
As far as my reputation and/or competence: there is much too much talk about that and not enough talk about the actual subject. As always, if you want to know my background you can view it from the relevant part of the forum: http://www.raypeatforum.com/forum/viewtopic.php?f=52&t=1573
I'm still looking through this thread and will get some responses out if I missed anything or where appropriate.