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Atkins Versus Kimkins: Learning to Tweak My Low Carb Diet

(This is part 3 of a multi-part series on How to Tweak a Low Carb Diet . It discusses my weight loss journey so far. If you didn’t read part 1, you can do so by clicking on the how-to link. There, you will also find links to the entire series.) In 2007, I was not gluten free, dairy free, or corn free. I didn’t know about the Celiac Disease or other food sensitivities back then, so I was working with what I did know. Looking back now, I can see why a very low carb or no carb diet did not work for me. Untreated Celiac Disease and food sensitivities keep your intestinal tract inflamed. An inflamed digestive system interferes with the way the body absorbs dietary fats and other nutrients. In addition, corn allergies and sensitivities can be especially problematic for low carb dieters because most of the meats, poultry, and fish at the supermarket are contaminated with corn. Plus, many fresh vegetables (including organic varieties) are waxed or gassed. Around this time, there was a rise in

Personalize Your Low Carb Diet Plan with Atkins 72

(This is part 9 and the final installment of a multi-part series on How to Tweak a Low Carb Diet . It explains the path I have traveled in my weight loss journey. If you arrived here without reading part 1, you can do so by clicking on the how-to link. Part 1 also contains links to the other posts in this series.) When you begin to restrict carbohydrates to less than about 100 carbs per day, the body is forced to draw upon its liver glycogen to keep your blood glucose levels steady. That’s according to Dr. Michael Eades. I can also tell you from experience, that during those first few days, the brain doesn’t get the proper amount of fuel to function correctly. Or at least, I don’t. I know that because I start having severe vertigo attacks. Other people have talked about being tired or having brain fog. Now, the way it’s supposed to work is that the liver converts the protein you don’t need for immediate repair purposes to glucose to feed the brain. The brain can partially run on ketone