Abstract: A phospholipidic composition with an L-&agr;-glycerophosphatidyl-choline concentration of at least 10% by weight is described, where said composition is granular and also contains, in addition to L-&agr;-glycerophosphatidylcholine, at least one granulation aid selected from the group consisting of a monophosphate, diphosphate or triphosphate of an alkali metal or an alkaline earth metal or a mixture thereof.

Abstract: The invention provides a food additive prepared from refined and fractionated phospholipids containing at least 35% phosphatidyl choline and a ratio of 2:1 to 10:1 phosphatidyl choline to phosphatidyl ethanolamine which is complexed with water and vigorously mixed to form globular vesicles or liposomes. The aqueous liposomes are then used per se or mixed with food ingredients and/or with an edible reinforcing carbohydrate to form a suspension or paste which is added to the foodstuff. The liposome can replace some or all of the fat in the food as well as acting as a carrier, encapsulating agent, moisturizing agent, and depanner for foods.

Abstract: A process which includes subjecting a composition of (a) solid or fluid, oil-carrying or oil-free lecithin materials and (b) metal oxides to mechanical treatment or mechanical impact, without the requirement of heat application to such composition. The reaction products of component (a) and component (b) have unique properties.

Abstract: A process of chemically modifying metal oxides, that is oxides of metals such as iron, lead, molybdenum, titanium, zinc and other metals, by treating them under heating at a temperature between 100.degree. and 160.degree. C. for a time period between 10 minutes and one hour or more with a lecithin material, in fluid form (including molten form). The lecithin material is a vegetable lecithin, an animal lecithin or the acetone-soluble fraction of either type of lecithin. Such metal oxide groupings enter the lecithin-fluid fraction. Whereafter a modified metal oxide, partially in a suspended form, is developed partially dissolved in the fluid lecithin (where such product can be utilized as a modified form of the fluid lecithin fraction). Such solid modified metal oxide thereafter can be sedimented from the modified oily fraction. Such modified metal oxides, instead of their initial form, can be used in such form.

Abstract: A method of preparing an injectable preparation of lecithin including 1 to 10% lecithin comprises the steps of separately preparing a lecithin fraction including lecithin and a non-hydrous liquid, separately preparing an aqueous fraction containing a surfactant, and then combining the two fractions and manually shaking for twenty to thirty seconds. Beneficial medicaments are added to either the lecithin fraction or aqueous fraction prior to combining of the two.

Abstract: A method of improving the solubility of lecithin comprises steps which include the step of mixing lecithin with a solubilizing agent selected from the group consisting of tertiary amine oxides, alkyl alcohol sulfate salts, alkylamidopropyl betaines, sodium alkene sulfonates, alkyl sulfo acetates and disodium salt of monoalkyl amide of sulfosuccinate. The lecithin is rendered infinitely soluble in water and soluble in limited quantities of aqueous ethanol.

Abstract: Coating compositions, such as, paints with mixed pigmentation containing pigment with widely different specific gravities, have the tendency to show in the pigment sedimentation a separation of the pigment components. Such separated components do not redisperse readily with the coating composition vehicle, upon shaking or mixing, to fully restore the initial color shades. The three factors of flotation, flocculation, and sedimentation cause the separation of the coating composition components. Plant phosphatides, which are referred to as lecithins, (and modified plant phosphatides) can be used as the only additive resulting in a joint sedimentation of the entire pigment mixture without separation of the pigment components from each other. As a result, on shaking or mixing, the entire pigmentation reenters the coating composition jointly, and the initial color shade of the coating composition is restored.

Abstract: Coating compositions, such as, paints with mixed pigmentation containing pigment with widely different specific gravities, have the tendency to show in the pigment sedimentation a separation of the pigment components. Such separated components do not redisperse readily with the coating composition vehicle, upon shaking or mixing, to fully restore the initial color shades. The three factors of flotation, flocculation, and sedimentation cause the separation of the coating composition components. Plant phosphatides, which are referred to as lecithins, (and modified plant phosphatides) can be used as the only additive resulting in a joint sedimentation of the entire pigment mixture without separation of the pigment components from each other. As a result, on shaking or mixing, the entire pigmentation reenters the coating composition jointly, and the initial color shade of the coating composition is restored. The lecithin or modified lecithin is used in an amount between 3.