Gluconeogenesis

Fat Is One Kind Of Lipid, But There Are Others. Dr. Beth Gruber talks about the various lipids and how they really impact your health. Fats and oils are members of a category of substances known as lipids. Other lipids include the compounds known as waxes, phospholipids, and steroids. Additionally, I have some more things to say about cholesterol, since cholesterol is one of these other lipids. Article 24 of the Science of Low-Carb & Keto Diets series.

Dr. Beth Gruber discusses dietary fats, disease and blood lipids. Food choices can influence the health of entire populations, regardless of whether or not any conscious effort is made to reduce fats and cholesterol. Article 23 of the Science of Low-Carb & Keto Diets series.

Ketone production results from the breakdown of body fats. The excretion of the excess ketones in the urine is important because the presence of large amounts of ketone bodies in the blood threatens to upset the acid-alkaline balance of the blood, and thereby, the balance in the tissues. Article 22 of the Science of Low-Carb & Keto Diets series.

Although some initial fat digestion is done in the stomach, most digestion and virtually all nutrient absorption of fats takes place in the small intestines. The pancreatic enzyme, called pancreatic lipase or steapsin, is the major fat-digesting substance. Article 21 of the Science of Low-Carb & Keto Diets series.

In the past several articles, we have been talking about how it is that fats and cholesterol became the enemies of the table. But after going through the entire story, we can see that the science of dietary fat is much more complicated than it has been presented by The Official Opinion. Article 18 of the Science of Low-Carb & Keto Diets series.

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.