NOVELTY - Making (M1) microalgae product enriched with non-metabolized minerals, comprises: growing culture of microalgae in aqueous culture medium; harvesting microalgae by separating microalgae from aqueous culture medium; adding supplemental minerals specific to profile of nutritional requirements for animal to microalgae; and incubating microalgae and supplemental minerals to facilitate microalgae assimilating, reversibly chelating, and absorbing supplemental minerals to produce microalgae product enriched with non-metabolized minerals specific to profile of nutritional requirements of animal.    USE - The method is useful for making a microalgae product enriched with non-metabolized minerals, where the microalgae product is used in: a mineral supplement composition for aquatic animals comprising adult fish, oysters, mollusks, scallops, or shrimp and non-aquatic animals comprising poultry, horses, ungulates, game animals, bovine, pets, or pigs; aqua-feed product for adult fish; fatty acid supplement composition for animals; animal feed product; dog food product for adult dogs; cattle feed product for gestating beef cows; and fertilizer composition for plants (all claimed). No biological data given.    ADVANTAGE - The method provides enriched microalgae product which minimizes leaching of the supplemental minerals before ingestion by the fish.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for:    (1) a mineral supplement composition for an aquatic animal, comprising a microalgae product enriched with at least one mineral comprising arsenic, chromium, cobalt, copper, fluorine, iron, iodine, lead, lithium, manganese, molybdenum, nickel, selenium, silicon, vanadium, or zinc in a non-metabolized form;    (2) an aquafeed product for adult fish, comprising less than 1% of microalgae enriched with a profile of assimilated, reversibly chelated, and absorbed minerals specific to the nutritional requirements of an adult fish, and a remainder comprising at least one of other ingredients comprising fishmeal or fish oil;    (3) a mineral supplement composition for a non-aquatic animal, comprising a microalgae product enriched with at least one mineral comprising (A1) boron, bromine, calcium, chloride, chromium, cobalt, copper, iodine, iron, magnesium, manganese, molybdenum, nickel, phosphorus, potassium, selenium, sodium, sulfur, vanadium or zinc in a non-metabolized form;    (4) a fatty acid supplement composition for animals, comprising a microalgae product comprising at least one 10-34C fatty acid and enriched with at least one mineral comprising arsenic, boron, bromine, calcium, chloride, chromium, cobalt, copper, fluorine, iodine, iron, lithium, magnesium, manganese, molybdenum, nickel, phosphorus, potassium, selenium, silicon, sodium, sulfur, vanadium or zinc in an ion-metabolized form;    (5) an animal feed product, comprising at least 0.1% of microalgae enriched with a profile of assimilated, reversibly chelated, and absorbed minerals specific to the nutritional requirements of an animal;    (6) an aqua-feed product for adult fish, comprising a microalgal biomass, where the microalgal biomass is a mineral enriched microalgae product providing a mineral profile comprising at least one of 30-170 mg of iron/kg of dry aqua-feed, 1-5 mg of copper/kg of dry aqua-feed, 2-20 mg of manganese/kg of the aqua-feed, 15-40 mg of zinc/kg of dry aqua-feed, 0.05-1 mg of cobalt/kg of dry aqua-feed, 0.15-0.5 mg of selenium/kg of the aqua-feed, and 1-4 mg of iodine/kg of the aqua-feed, and at least one additional ingredient;    (7) a dog food product for adult dogs, comprising a microalgal biomass, where the microalgal biomass is a mineral enriched microalgae product providing a mineral profile comprising at least one of 0.75 g of calcium/1000 calories of dog food, 0.75 g of phosphorus/1000 calories of dog food, 150 mg of magnesium/1000 calories of dog food, 100 mg of sodium/1000 calories of dog food, 1 g of potassium/1000 calories of dog food, 150 mg of chlorine/1000 calories of dog food, 7.5 mg of iron/1000 calories of dog food, 1.5 mg of copper/1000 calories of dog food, 15 mg of zinc/1000 calories of dog food, 1.2 mg of manganese/1000 calories of dog food, 90 mu g of selenium/1000 calories of dog food, and 220 mu g of iodine/1000 calories of dog food, and at least one additional ingredient;    (8) a cattle feed product for gestating beef cows, comprising a microalgal biomass, where the microalgal biomass is a mineral enriched microalgae product providing a mineral profile comprising at least one of 0.1 mg of cobalt/kg of dry cattle feed, 10 mg of copper/kg of dry cattle feed, 0.5 mg of iodine/kg of dry cattle feed, 50 mg of iron/kg of dry cattle feed, 40 mg of manganese/kg of dry cattle feed, 0.1 mg of selenium/kg of dry cattle feed, and 30 mg of zinc/kg of dry cattle feed, and at least one additional ingredient;    (9) a fertilizer composition for plants, comprising a microalgae product enriched with at least one mineral comprising nitrogen, phosphorus, potassium, sulfur, calcium, magnesium, zinc, iron, copper, manganese, boron, molybdenum, or chlorine in a non-metabolized form; and    (10) making the microalgae product enriched with non-metabolized minerals, comprising growing a culture of microalgae in a culturing vessel comprising an aqueous culture medium and at least one pair electrodes submerged in the aqueous culture medium, where the electrode is comprised of an electrode material comprising at least one of a mineral specific to a nutritional profile of an animal, applying an electric current to the pair of electrodes to cause the electrode material to leach into the aqueous culture medium, incubating the microalgae to facilitate the microalgae assimilating, reversibly chelating, and absorbing of the electrode material to produce a microalgae product enriched with non-metabolized minerals specific to the profile of nutritional requirements of the animal, and harvesting the microalgae product enriched with non-metabolized minerals to separate the microalgae product from the aqueous culture medium.