Almonds occupy a deeply qualified and largely cautionary position within Aajonus Vonderplanitz's Primal Diet framework. They are not a food he recommends freely, and they are explicitly excluded from the standard nut formula that forms the cornerstone of his approach to raw carbohydrate consumption. The nut formula, which Aajonus developed over years of research and experimentation, and which is documented in both We Want to Live and The Recipe for Living Without Disease, is specifically built around the softer nuts: walnuts, pecans, pine nuts, filberts, sunflower seeds, and occasionally pumpkin seeds. Almonds are consistently identified as a hard nut, one that the human digestive system is largely incapable of breaking down in any meaningful way.

Within Aajonus's broader teaching about nuts as a category, nuts are understood not as a protein source or a fat source for the human body, but as a vehicle for delivering digestible starch, and then only when properly prepared in combination with egg, fat, and honey to neutralize phytic acid. Even within that restricted purpose, almonds are singled out as among the least suitable choices. They are not completely forbidden under all circumstances, Aajonus occasionally mentions using them in crusts for pies, or craving them himself, but they are always accompanied by warnings about their difficulty, their enzyme-inhibiting properties, and their high cellulose content that makes them largely impenetrable to human digestive chemistry.

The highest-level summary of almonds in the Primal Diet is this: they are a hard nut with very high cellulose content, enzyme inhibitors, and phytic acid, from which the human body can extract no more than approximately 2% of available nutrients if eaten alone, and which, if consumed improperly or in large quantities, can actively prevent protein digestion in other foods consumed within a 24 to 48 hour window. If consumed at all, they require the same fat-egg-honey neutralization protocol as other nuts, and are still considered inferior to softer nuts like walnuts, pecans, and pine nuts for even that limited purpose.

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Aajonus's primary objection to almonds begins with their physical structure. He explains that almonds are extremely high in cellulose, the structural carbohydrate that makes up plant cell walls, and that human beings simply do not possess the enzymatic machinery to break down cellulose. In his words, humans are not equipped with the digestive systems of herbivores, birds, or squirrels. Those animals possess a gizzard, specialized enzymes, and digestive bacteria specifically evolved to process seeds, nuts, and grains. Humans have none of these, and this is not a matter of individual variation or dietary history, it is a fundamental anatomical and biochemical reality.

Because almonds are high-cellulose, the human body cannot penetrate the cellular walls to access the proteins, fats, or starches within them with any efficiency. Aajonus estimated that even under ideal conditions, meaning eating the nut in a favorable form, without cooking, a person would break down and ingest no more than approximately 2% of the nut's contents. This 2% figure appears repeatedly across multiple transcripts when he discusses hard nuts as a category, and almonds are his primary example of what a hard nut is.

All nuts and seeds, including almonds, contain enzyme inhibitors, substances Aajonus also calls protein inhibitors or enzyme suppressants. These inhibitors are present in the dry, unsoaked nut in one form, and transform into a different but equally problematic form when the nut is soaked or germinated.

In the dry state, the enzyme inhibitors in almonds and other nuts will prevent the human body from digesting proteins, not just the proteins within the nut itself, but proteins in other foods consumed during the same period. Aajonus states this window of disrupted protein digestion extends from 24 to 48 hours after consuming nuts that have not been properly neutralized by the fat-egg-honey formula. This means eating almonds improperly can impair the body's ability to digest eggs, meat, and other animal proteins for up to two days, a cascading nutritional deficit with serious consequences for anyone on a healing protocol.

Like all nuts, seeds, and grains, almonds contain phytic acid. Aajonus describes phytic acid as a compound that binds with specific minerals in the body. The minerals it binds are precisely the ones required for protein absorption and proper protein digestion. When those minerals are rendered unavailable by phytic acid, the ability to digest protein is compromised. When proteins cannot be properly digested, the ability to digest fats is also impaired, because certain proteins are essential participants in fat digestion. So the phytic acid creates a chain reaction: phytic acid → mineral deficiency → impaired protein digestion → impaired fat digestion. The entire cascade originates from a single compound present in all almonds.

Aajonus was explicit that cooking almonds, or any nuts, does destroy phytic acid. However, cooking also produces an entirely different set of toxins, he identified 32 known varieties of toxins from cooking nuts, including heterocyclic amines, lipid peroxides, and acrylamides. So cooking does not represent a solution; it trades one set of problems for another that is arguably worse.

One of the most commonly proposed solutions to the enzyme inhibitor problem in almonds is soaking or sprouting them. Aajonus addressed this directly when asked specifically about almonds. He stated that soaking an almond, germinating it, does neutralize the original enzyme inhibitor present in the dry nut. However, it simultaneously creates a new and different enzyme inhibitor, one characteristic of sprouts rather than dry nuts. This new inhibitor causes the same disruption to protein digestion.

More specifically, Aajonus explained that when you germinate a nut, the phytic acid is reduced, but three other enzymes are produced that behave identically to phytic acid. He described these germination-produced enzymes as even more concentrated than the original phytic acid they replaced. So germinating an almond does not solve the problem, it compounds it by trading one inhibitor for multiple replacements.

He used the dramatic example of birds that naturally eat sprouts: if you feed birds only a diet of sprouts, they die within two days. He presented this as evidence that germination does not produce a nutritionally adequate food, even for species adapted to eating seeds.

Additionally, when a nut is germinated by soaking, it is converted into a vegetable form. This matters because the body's interaction with vegetable-form cellulose is different from dry nut cellulose. Aajonus described the germinated state as one where the cellulose becomes saturated and full, which makes it less penetrable by hydrochloric acid. In the dry form, by contrast, hydrochloric acid can penetrate the nut more easily and dissolve the starch contents. The germinated almond, then, is actually harder to digest than the dry almond from the standpoint of hydrochloric acid's ability to act upon it, even though the germinated state feels softer and more accessible.

He stated: "The problem with almonds is that we have to germinate them to get the enzyme retardant out of them. And once you do that, you convert it into a cellulose that's more difficult to digest."

When Aajonus applied digestive acids and human digestive enzymes conceptually to almonds, the result was: essentially zero protein digested, approximately 2% fat, and some starch. This is consistent with his broader analysis of all nuts, that humans are essentially starch-extractors from nuts, not protein or fat extractors. For almonds specifically, even the starch extraction is limited by the high cellulose content and the hardness of the nut.

The almond's cellulose structure is so dense that it resists both mechanical breakdown (chewing) and chemical breakdown (hydrochloric acid and digestive enzymes). The proteins and fats within almonds are therefore locked behind a cellular wall that human digestion cannot adequately breach.

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In the dry, unsoaked, un-germinated state, almonds contain their original form of enzyme inhibitors. This is the form Aajonus considers the starting point for any attempt to consume them. In this state, the hydrochloric acid in the stomach can at least attempt to penetrate the nut, and the dry state is preferable to the germinated state in terms of hydrochloric acid's ability to access the contents.

However, in this state, the enzyme inhibitors will still suppress protein digestion for 24 to 48 hours unless the nut is consumed as part of the proper neutralizing formula. Eating dry almonds alone, even if raw, is described as a problematic practice that will cause digestive disruption and nutritional deficiency.

This is explicitly the worst form for almonds according to Aajonus. Soaking converts the almond from a nut into something behaving more like a vegetable, with a saturated cellulose structure that is harder for hydrochloric acid to penetrate. The original enzyme inhibitor is replaced by a sprout-type enzyme inhibitor (actually three new enzymes) that does the same damage as phytic acid but in a more concentrated form. The resulting food is less digestible, not more, despite the widely held belief that soaking improves digestibility.

The one form in which almonds become marginally more accessible is when they are blended into a flour and combined with raw egg, fat (preferably butter), and honey. This is the nut formula approach. However, even here, Aajonus consistently steers people away from almonds and toward the softer nuts. When almonds appear in discussions of the nut formula or nut crusts, it is always with qualifications, "rarely use almonds because they're so difficult to digest," or almonds used as one component in a mixture dominated by softer nuts.

Aajonus mentioned using almonds in pie crusts in the context of the Early Training transcripts. His preference was to use half almonds combined with either walnuts or pecans. He cited almonds specifically for this application, suggesting that their harder texture and more neutral flavor may make them suitable as a structural component in a crust, not consumed in large quantities, and combined with the softer, more digestible nuts. He stated clearly: "I prefer almonds. I always use half almonds with something else, either walnuts or pecans."

This represents one of the few applications where Aajonus expressed a genuine preference for almonds over other options, though even here it is always in combination with softer nuts, not almonds alone.

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Aajonus gave a specific safety warning about blending almonds in glass canning jars, which he used for almost all blending operations. He stated explicitly: "Absolutely do not blend any substance harder than shelled raw almonds in a glass jar because the jar might break and the glass could injure someone." This places almonds at the upper limit of hardness that can be safely blended in a glass jar, harder substances than almonds would crack or break the jar. This warning appears and establishes almonds as a reference point for the hardness threshold of safe blending.

This is practically significant: when making a nut formula or a pie crust with almonds, you must blend them carefully in appropriate containers, recognizing that their hardness is at the extreme edge of what glass can handle.

When asked about making nut butters with equipment like the Champion juicer, Aajonus cautioned that such machines heat up very quickly with nuts, especially hard nuts like almonds. He recommended using only a small amount at a time, a few ounces, before the machine overheats. Overheating would damage the nut's raw properties and introduce the toxins created by heat processing.

His preferred method, even for almonds, was to use a small canning jar, blend the nuts to a powder, and then add butter and honey, melting the butter down with the nuts and honey, then blending together. He explicitly stated he does not soak the nuts first.

While Aajonus did not give a specific temperature threshold for almonds the way he did for macadamia nuts (which he specified must be dried below 104°F), his consistent emphasis on raw preparation implies the same concern: commercially processed almonds, whether roasted, pasteurized, or heat-treated, would carry all the problems of cooked nuts (heterocyclic amines, acrylamides, lipid peroxides) in addition to the existing enzyme inhibitor and phytic acid problems.

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If almonds are consumed at all, Aajonus's position is that they must be part of the nut formula, the combination of blended nut flour with raw egg, raw fat (preferably butter), and unheated honey. This combination, which Aajonus states took him years to develop, works as follows:

The butter and the honey together act on the enzyme inhibitors in the nuts and convert them from enzyme-suppressing substances into enzyme-active ingredients. The fat and the egg together help neutralize the phytic acid's interference with mineral absorption. The result is that the starch from the nuts becomes accessible and digestible, while the immune-disrupting cascade of phytic acid → mineral loss → protein maldigestion → fat maldigestion is interrupted.

Without this combination, almonds, like all nuts, will suppress protein digestion in all foods consumed within the following 24 to 48 hours.

Specific to almonds combined with honey alone (without the fat and egg), Aajonus gave a direct warning: "Eating a lot of almonds with honey would be a strong detox, right? Yes. But because you won't be able to digest proteins for a while, you're not going to get rid of those toxins. You're going to stir them up and they're just going to re-embed in your system and cause more damage." The person he was speaking with confessed to being drawn to almonds and honey as a combination. His response: "Have the butter in it. So if you're going to [eat almonds with honey], have them with the butter."

So the minimum pairing requirement for almonds is: butter (or other animal fat) must be present whenever almonds are consumed with honey, or as part of any nut formula. Honey alone does not constitute sufficient neutralization; it requires fat as well.

The formula across multiple sources is consistently: - Nuts blended to a flour - Raw egg (1 to 2) - Raw fat: butter (4 to 8 tablespoons is the range; 2 to 3.5 ounces in some descriptions; 3 to 4 ounces in others), raw cream, or coconut cream - Unheated honey (1 to 2 tablespoons)

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The outer limit of what the human body can extract from hard nuts like almonds when consumed without the neutralizing formula is approximately 2% of the nut's contents. This is not a dosage recommendation but a ceiling on what can be absorbed at all. Eating more almonds does not produce more nutrition, it increases the enzyme inhibitor load and the phytic acid burden without increasing the nutritional return.

The nut formula in general, including any version that incorporates almonds, should be consumed no more than once every 10 days according to one transcript, and once a week according to other sources. Multiple sources converge on once a week as appropriate for the first five to six years on the diet, or during periods of high activity. Eating the nut formula more than once a week, and especially two days in a row, risks triggering neurological detoxification with disrupted sleep patterns.

In a direct consultation, Aajonus told someone who had been eating nuts every day (and massaging professionally, which he said explained the need for starch): "Just one nut formula every 10 days." He had previously allowed that this person's professional physical activity justified more nut consumption than average, but drew the line at daily consumption regardless.

Because Aajonus so consistently redirects people away from almonds and toward softer nuts, there is no specific dosage recommendation for almonds alone. When almonds appear in his protocol discussions, it is almost always to say they should be used rarely, avoided, or replaced with walnuts and pecans.

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The most detailed culinary application for almonds in Aajonus's teaching is the raw pie crust. His formulation: - Half almonds - Half pecans or walnuts - A couple of tablespoons of butter

He described the butter as serving two functions: it contributes flavor (pecans with butter taste like butter pecan), and it seals the crust so that when a moist fruit filling is added, the crust remains crunchy rather than becoming soggy. The process was to combine the nuts and dates as a base, blend or process into a crust consistency, add the butter, and press into a pie form. He would store the assembled crust in the freezer for the duration of filling preparation, then assemble immediately.

He noted that sunflower seeds were not suitable for crusts because they go rancid too quickly, within minutes of mixing with other ingredients in some cases. Almonds, by contrast, are stable enough for crust use.

He also mentioned that coconut combined with nuts in a crust rancidifies within approximately ten minutes, so almonds-and-coconut crusts would need to be consumed before that threshold.

While Aajonus consistently recommended against almonds in the nut formula, he mentioned that his general process for any nut, including almonds if someone wanted to use them, was: - Place nuts in a small canning jar - Blend to a powder - Add butter and honey - Optionally melt the butter with the nuts and honey before blending all together

He described the result as "delicious."

Almond milk was addressed only briefly, in response to a direct question, without a preparation protocol. The implied method is standard: germinate (soak) the almonds, then blend and strain. But Aajonus's position was that germination creates a different but equivalent digestive problem, making almond milk an inferior but functional transitional food when animal fats are unavailable.

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Almond milk is the primary almond-derived product mentioned in the sources. Aajonus's assessment is that it is approximately 30% assimilable when made through the germination process. The germination required to produce almond milk introduces the sprout-type enzyme inhibitors, converting the almond into a vegetable-form cellulose that hydrochloric acid penetrates less efficiently than dry almond. The enzyme retardant from the dry almond is removed, but replaced with a functionally equivalent inhibitor produced by germination.

Almond milk is acknowledged as "helpful" when nothing else is available, but is consistently contrasted unfavorably with animal fats (100% assimilable) and even raw dairy. Aajonus used the 30% assimilability figure as a direct comparison: "animal fats, very easy to eat, 100% assimilable, and the almond milk is probably 30% assimilable. So there's your comparison."

Mentioned only in the context of general nut butter making with equipment like the Champion juicer. The primary warning for almond butter made this way is the heat generated by the machine, it heats up very quickly with hard nuts, and the butter must be made in small batches (a few ounces at a time) to prevent the machine from overheating and damaging the raw properties of the almond. Aajonus's preferred alternative was always the canning jar blending method with butter and honey added.

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While Aajonus did not document a specific commercial fraud scandal surrounding almonds the way he did with cashews (laser-blasted shells) or macadamia nuts (kiln-drying), almonds appear in his broader context of commercial deception in the nut industry. His statement that almonds sold as "raw" may not always be truly raw is implied by his general warnings about commercial nut processing and by the temperature thresholds he applied to all commercially sold nuts.

He made cashews his primary example of commercial deception, labeling nuts as "raw" when they had been irradiated and heat-processed, but the structural critique applies to almonds as well, given that commercial almond processing in the United States involves mandatory pasteurization (which Aajonus would have categorically opposed).

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