Dietary dogma about Dietary Fats came about despite the fact that there was very little evidence connecting diet to heart disease, and despite the concern of some scientists that eating too little fat could also have harmful effects. The media being what it is, it pushed all the scientific criticisms aside, and stood behind the simple, easy-to-understand but incorrect idea that less fat equals longer life. The government publishes the US Department of Agriculture's booklet on dietary guidelines every 5 years, and so far the well-known Food Pyramid still recommends that fats and oils be eaten "sparingly." Article 15 of the Science of Low-Carb & Keto Diets series.

The fifty-year attack on dietary fat has involved hundreds of millions of dollars being spent to try to prove that low-fat diets are better for everyone. More recent studies suggest that high carbohydrate diets contribute not only to heart disease risk but also to the condition known as Syndrome X, which involves insulin resistance and an even greater increase in heart disease risk. The incidence of heart disease began to increase along with the rise in consumption of sugar and refined carbohydrates. Article 14 of the Science of Low-Carb & Keto Diets series.

What Are Fats? Misconceptions & Truths. Article 13 of the Science of Low-Carb & Keto Diets series. Today we are beginning our discussions of dietary fats. In this new series of articles, we will be discussing the answers to the following questions: What are fats? What are oils? How are fats and oils digested by and absorbed into the body? We'll also be talking about how dietary fats relate to body fat. At the very start, though, let's consider how it is that so-called 'nutritional science' seems to tell us that every condition known to mankind is in some way related to dietary fat. How and why has fat been relegated to the position of being the "evil food?"

Everyone, and every family, ought to have emergency supplies and emergency plans - this includes if you want to stay on your low-carb & keto lifestyle during emergency situations.

Dr. Beth Gruber reviews all she has previously talked about in regards to sugars, starches, fiber, enzymes, and carbohydrate digestion. Article 12 of the Science of Low-Carb & Keto Diets series.

Article 11 of the Science of Low-Carb & Keto Diets series. Since some of the protein I eat converts to carbs, can I eat only protein if I take supplements to provide what I'm not getting in veggies?

Dr. Beth Gruber talks about how protein works in the body. Article 10 of the Science of Low-Carb & Keto Diets series. The liver converts an average of 58% of the protein we eat into carbohydrates, and that the carbohydrates-from-protein are handled by the body just like "regular" carbohydrates. It is broken down into glucose by the simple water-related steps of hydrolysis; it is used for fuel to run the body; it is converted to glycogen and stored. If there is too much of it, it is converted into body fat.

Excess protein is transformed into glucose in the liver in a process called gluconeogenesis. The glucose turns into glycogen by the liver. Article 9 of the Science of Low-Carb & Keto Diets series. The CHO portion of the protein is transformed into glucose in the liver in a process called gluconeogenesis (gluco-NEO-genesis; gluco=sugar; neo=new; genesis=creation). The glucose is then available to be transformed into glycogen by the liver, just like the glucose from "regular" carbohydrates.

Protein Digestion and Protein Absorption. Article 8 of the Science of Low-Carb & Keto Diets series. The protein parts of every cell in the body are being destroyed continually. As a result, our bodies need to replace these protein structures constantly. This requires that we eat protein every day. Fortunately, those of us who follow a low carbohydrate lifestyle, don't have any problems getting enough needed protein.

Today we are starting our discussion of protein. Article 7 of the Science of Low-Carb & Keto Diets series. We will be looking at such subjects as what is protein, why protein is necessary, what the functions of protein are in our bodies, where we get protein, what happens if we don't have enough or the right kinds of protein, and how and where in the system is protein digested. There will be a few surprises down the line.

There is another small subject concerning carbohydrates that needs to be addressed before we move on to discussing protein. Article 6 of the Science of Low-Carb & Keto Diets series. What about all the forms of actual sugar? Are they different? Is it safer/better to eat certain ones? Well-meaning friends and relatives often say, "But, this is made with a 'special' sugar that has vitamins and minerals! It is good for you." Do you know what to tell them? No? Well, then read on.

Let's take a look at the anatomy of the small intestines. Article 5 of the Science of Low-Carb & Keto Diets series. The small intestines are variously called small intestines, small intestine (with no final S), upper bowel, and small bowel. It is the part of the digestive tract that is located just below the stomach. It is, of course, a tube, but the walls of the tube are folded many, many times.