Homogenization
Forcing fat through high-pressure commercial grinding fuses protein inside fat globules, creating a matrix the body cannot use for regeneration. The food retains value for detoxification and fuel but loses its capacity to rebuild cells and drive structural growth.
Homogenization refers to the mechanical process of forcing fat through a high-pressure grinder or similar apparatus in order to break up fat globules and blend them uniformly with protein. Aajonus understood this process as fundamentally altering the structural relationship between fat and protein in a food, and he drew a direct line between that structural alteration and what the body could do with the food afterward. The distinction he made was not about flavor or texture but about biological availability and the body's capacity to use the food for specific purposes such as cellular regeneration and growth.
The specific context in which Aajonus addressed homogenization most directly was ground beef. He explained that when beef is ground in a store using a high-pressure commercial grinder, the pressure involved homogenizes the fat so completely that the protein becomes locked inside the fat. Once protein is locked into fat in that way, the food retains its usefulness for detoxification and as a fuel source, but it loses its capacity to support regeneration, meaning the body cannot use it effectively to get younger, healthier, or stronger. The food remains metabolically active for some purposes but is no longer capable of driving the cellular reproduction and structural rebuilding that make raw meat one of the most important foods in the framework.
The Mechanical Cause
The problem with store-ground beef is not the grinding itself but the pressure used in commercial grinders. Aajonus described these as high-pressure grinders, and it is specifically the high pressure that causes the homogenization. The pressure forces the fat globules apart and drives the protein into them, creating a matrix where the protein is encased rather than freely available. This is a physical and structural change, not a chemical or thermal one, but it is sufficient to change what the body can extract from the food and how it can use what it extracts.
Regenerative Versus Non-Regenerative Use
Aajonus drew a clear line between what homogenized ground beef could do and what it could not do. He stated it directly: homogenized ground beef is good for detoxification and good for fuel, but it is not good if the goal is to get younger, healthier, and stronger. This maps onto one of the central distinctions in the framework, which separates foods that drive detoxification from foods that drive regeneration. Raw meat that has not been homogenized is among the most important regenerative foods in the diet because it contains the hormonal and enzymatic materials that allow cells to divide rapidly and reproduce at a rate comparable to that of a teenager. When the fat and protein are fused through homogenization, that regenerative capacity is lost even though the food remains raw.
Home Grinding Best Practices
The solution Aajonus offered was straightforward. If someone wants to grind beef at home and retain the regenerative properties of the meat, they should use a food processor such as a Cuisinart rather than a high-pressure commercial grinder. He specified that grinding in a Cuisinart produces no homogenization because the mechanism does not apply the same compressive force. The fat remains structurally distinct from the protein, and as a result the food retains its full capacity to support cellular regeneration. The method of preparation at home, using the correct equipment, preserves what high-pressure commercial grinding destroys.
Meat's Role In Cellular Growth
Aajonus's concern about homogenization sits within a larger body of observations he made about what raw meat does for the body at the cellular level. He described raw meat as consistently increasing cellular division in the laboratory animals he tested, with the rate of reproduction typically corresponding to that of a late teenager regardless of the age of the animal being fed. This was in contrast to cooked meat, frozen meat, and dairy that had been refrigerated below certain temperatures, all of which either normalized or reduced cellular division. Homogenized fat in ground beef represents one more way that processing undermines the regenerative potential of raw meat, even when the meat itself has not been cooked or frozen.
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