Mussels appear within Aajonus's broader framework of shellfish as beneficial raw foods. In the source passages, mussels are addressed briefly but affirmatively as part of the general category of shellfish that Aajonus endorsed for consumption. When asked directly whether mussels are good, Aajonus responded plainly: "Mussels are good too." He grouped them together with oysters, clams, scallops, and other shellfish under the umbrella statement: "Any of those shellfish are good, as long as they're not frozen or cooked."

Mussels are also referenced in one newsletter passage in the context of farmed shellfish, where Aajonus specifically lists "farmed oysters, clams, muscles and scallops" as acceptable because, unlike land-farmed animals, they cannot survive eating processed food and are therefore grown naturally in the ocean on ocean waters. This places mussels in the same category as other ocean-farmed shellfish, creatures whose farming practice is essentially ocean husbandry rather than the destructive hatchery-feeding model used for other farmed fish.

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Aajonus did not elaborate extensively on the specific biochemical properties unique to mussels in the available passages. However, his discussion of shellfish broadly, within which mussels are explicitly included, provides the relevant framework.

He stated that shellfish including oysters and clams filter seawater and that, despite concerns about mineral poisoning, mercury poisoning, and contamination from coastal waters, these animals build toxins into their shells rather than into their meat. Speaking of oysters and clams specifically in one passage, he said: "Well, those shellfish build their toxins in the shells. So you're not eating the shell." This principle of toxin sequestration into shell structure rather than meat tissue applies within the shellfish category that mussels belong to.

Aajonus also noted that even in shellfish that live in salty ocean water, the high mineral taste people notice is not necessarily high sodium content, but rather a high concentration of many minerals: "It's very salty tasting, not because it's high in sodium, because it's high in a lot of minerals." Shellfish filter the salt out: "They filter it. Even your oysters and clams, they filter it out. Even in the liquid that's inside them, they've already filtered that."

One important distinction Aajonus drew was between oysters and other shellfish. He noted: "Clams, close, but for some reason oysters. And a lot of people say, well, look at all the toxicity in oysters... but for some reason, if you analyze, if you have oysters analyzed, there's no toxicity level in them of any concern. It's all trace. All the contamination is in the shell." He went on to say specifically regarding heavy metal detoxification: "Oysters are the only shellfish that can completely keep their bodies clean and put all their toxins into the shell." He explicitly stated: "Clams, urchin, all the other shell food animals don't have that ability but the oyster does."

This means that while mussels are affirmed as "good" to eat, Aajonus drew a distinction placing oysters above mussels and other shellfish specifically in the capacity to sequester all toxins into the shell. Mussels are in the general beneficial shellfish category, but they are not ascribed the same unique heavy metal detoxification power that oysters receive in his protocols.

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Aajonus's universal rule for mussels, stated explicitly, is that they must not be frozen and must not be cooked. The exact quote: "Any of those shellfish are good, as long as they're not frozen or cooked."

Freezing destroys bacteria, which are essential to digestion. As he explained in the broader context of food: "Ninety percent of digestion is bacteria. Ten percent is enzymes and hydrochloric acid to break the larger particles of food down so the bacteria can infiltrate it and digest." Frozen food lacks this bacterial activity.

Cooking releases toxins from shellfish that are safely bound in their raw state. Aajonus explained this mechanism thoroughly in the context of shrimp: "When you cook any kind of food, you release the toxins in it. They become free radicals. If there's lead, mercury, that's naturally a good thing in a biochemic form. Once you heat it, you cauterize it. And you cause that to be a free radical. It's no longer bound in fat. So it's no longer a good element. It's a toxic element." This principle applies universally to shellfish including mussels.

For oysters, and by extension, other shellfish, Aajonus specifically recommended getting them live and active, in the shell, rather than pre-shucked in containers: "I know some people eat them already out of the shell in containers. Not a good idea. It's better to get them live and active."

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Aajonus specified geographic sourcing guidelines for shellfish in general. He stated: "As long as they are coming from Canada or New England or Maine or Alaska, it's fine." He acknowledged that because shellfish "are shallow, the shell fish tend to be scavengers and come from more polluted areas," making source location important.

He also explicitly stated: "I suggest that no one eat oysters from Florida or the Gulf of Mexico. U.S. military regularly dump vast amounts of radioactive waste and freight ships passing through Panama Canal discharge and dump petroleum chemicals and waste hourly." While this statement is specifically about oysters, the reasoning, military radioactive waste dumping and petroleum contamination from the Panama Canal shipping lanes, would logically apply to all shellfish from those waters, including mussels.

Regarding farmed shellfish, Aajonus made a favorable distinction: "Farmed oysters, clams, muscles and scallops because, unlike non-ocean-based farmed creatures, they cannot survive eating processed food. Farmed oysters, clams, muscles and scallops are grown in the ocean normally on ocean waters." He elaborated in a separate passage about shellfish farming: "All they can do is husbandry it. Spread them out, make them develop in different areas so they're not piled on top of one another so they'll develop larger. They don't poison them. They still get fed from the ocean naturally. That farmed is okay."

Regarding food irradiation, Aajonus warned: "Only buy in-shell oysters," noting that canned and processed oysters, not in-shell oysters, were the products likely to be irradiated, since food-irradiating machines are only affordable by major food-manufacturing plants. This guidance to buy in-shell applies across the shellfish category.

He also warned about ionized water being sprayed on fish at markets, stating this interferes with bacteria's ability to digest food, and advised scraping the surface of all fish and seafood immediately upon arriving home: "As soon as I arrive home from markets in industrial cultures, I scrape all surfaces of meat (red, fish, seafood, pork, etc.) no matter what kind."

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Aajonus did not document a specific mandatory fat pairing protocol for mussels in the available passages in the way he did for oysters when used for detoxification. However, when discussing shellfish and detoxification protocols, he consistently required butter or other animal fats to accompany shellfish meals: "As far as meat goes, you need oysters and just so you don't put the toxins into the baby that you're going to remove with the oysters, you're going to have to have lots of butter with that meal."

The general shellfish pairing logic follows his broader principle that animal fats bind to toxins and escort them safely out of the body. He explained: "In the raw state, the body, the digestive tract, could identify this animal fat bound with this toxin. Do not let it free. Do not set it free." Without fat present, loosened toxins have no binding agent to escort them safely through elimination pathways.

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Aajonus did not provide a specific dosage protocol for mussels in these sources. His dosage guidance was given specifically for oysters. For general shellfish context, he recommended that a client eat "two to three clams or oysters with their red meat" per meal, "six days a week," which gives a reference range for shellfish consumption in a detoxification context.

He noted that shellfish from the ocean are generally safe because "Ocean is only 2% contaminated," compared to fresh water which "is contaminated 33-35%," making ocean shellfish including mussels a relatively low-risk category of seafood.

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Aajonus did not document specific recipes for mussels in the available passages. His shellfish recipes documented are for oysters specifically, including:

• Oyster Sauce & Pasta (3 oysters, 2 mushrooms, 2 tablespoons raw unsalted butter, 1½-inch cube raw unsalted Monterey or Muenster cheese, 1 slice red or white onion, 2 tablespoons fresh sweet red pepper, blenderize 1½ oysters with butter, cheese, onion and pepper in a 4-ounce jar on medium speed for 10 seconds; dice remaining oysters, mushrooms and onion; fold together with sauce and pour over pasta substitute; top with grated cheese)

• Oysters Over Cheese (5 fresh oysters, 2 mushrooms, 5 tablespoons unsalted raw butter, 6 tablespoons grated no-salt-added raw cheese, 1 teaspoon chopped red onions, 1–2 circular slices fresh sweet red pepper, blenderize 1½ oysters and butter in a 4-ounce jar on high speed for 10 seconds; chop with pulse-action the sweet pepper, mushrooms and remaining oysters; fold all ingredients except cheese together; sprinkle bed of cheese over plate; spoon oyster/pepper/mushroom mixture over cheese; top with oyster/butter sauce)

Mussels, being grouped as "good too" in the same breath as these shellfish, would presumably be appropriate in similar preparations, though no specific mussel recipe is documented in the available sources.

For a lemon butter preparation in the context of shellfish, Aajonus described: "You can make a lemon butter sauce for your oysters. It's very tasty but you have to get it all warm to mix it like they do in a restaurant where they cook it and heat it. You just put it in a jar with the lemon and honey, immerse it in a bowl of hot water and let it warm up. Keep it in that little warm as you dip in or sip out of it so it stays mixed. As it cools and gets thick, the lemon will separate from the butter."

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Aajonus documented concerns about the adulteration and contamination of shellfish products in the broader food supply context:

Food irradiation: He raised the concern that oysters were being irradiated and that "canned and processed oysters, not in-shell oysters" were the primary vehicles for this. He recommended only buying in-shell shellfish to avoid irradiated product.

Ionized water spraying: Whole Foods was documented as spraying fresh fish in their cases with ionized water. Aajonus explained: "Ionized water neutralizes much proton-activity that helps bacteria digest food. Therefore, fish sprayed with ionized water will not predigest when exposed to oxygen. When you consume fish that has been sprayed, the ionized water will interfere with your intestinal bacteria's ability to digest."

Chlorine baths: A newsletter documents that filleted fish was being run through a chlorine bath to kill bacteria, and that this practice was reportedly applied to "ALL fish that is filleted."

Fukushima contamination: Aajonus warned specifically that following the Fukushima disaster, West Coast shellfish and fish could not be trusted without testing: "I would not trust anything from the West Coast or Florida or the Gulf, unless I had it tested. You can test the oysters with a Geiger counter." He recommended getting "a Geiger counter that reads all three types of isotopes gassing from Japan."

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