Other names for Glyceride

glycerides
glycerides of fatty acids
glycerin fatty acid ester
glycerin fatty acid esters
glycerin monooleate
glycerin triacetate
glycerol behenate
glycerol monostearate
glyceryl esters
plant glycerides
sunflower glycerides
vegetable glycerides
vegetable monoglycerides

Synopsis of Glyceride

History

Glyceride, often referred to in its more familiar forms such as mono-, di-, and triglycerides, is a compound derived from glycerol and fatty acids. Historically, glycerides have played a significant role in both traditional and modern medicinal practices. In the 19th and early 20th centuries, glycerides extracted from animal fats or plant oils were commonly used as a base for medicinal salves, ointments, and emulsions. These preparations were valued for their emollient properties, helping to soothe and protect the skin, as well as serving as carriers for herbal extracts and essential oils.

In herbal medicine, glycerides have been instrumental in formulating herbal tinctures and remedies. Glycerites—herbal extracts using vegetable glycerin—offered a sweet, alcohol-free alternative for extracting and preserving the active constituents of plants. This made them especially suitable for children, the elderly, or those sensitive to alcohol. Glycerides not only enhanced the palatability of herbal combinations but also contributed to the stability and shelf-life of preparations, allowing for the effective delivery of herbal benefits.

Moreover, glycerides have contributed positively as nutritional supplements, providing an efficient source of energy and supporting the absorption of fat-soluble vitamins. Their compatibility with both water and oil-based substances has made them invaluable in blending various herbal and medicinal ingredients, ensuring homogeneity and efficacy. Overall, the historical and ongoing use of glycerides in medicinal and herbal contexts underscores their versatility, safety, and effectiveness, making them a beneficial ingredient in a wide range of nutritional and therapeutic products.

Traditional and scientific validation

Glycerides, primarily in the form of mono-, di-, and triglycerides, are naturally occurring esters formed from glycerol and fatty acids. They have long played a fundamental role in human nutrition, as they are the primary constituents of dietary fats and oils. Historical use of glycerides is inherent to the consumption of plant and animal fats, which have been dietary staples for centuries. In modern nutritional products, glycerides are often added to improve texture, stability, and palatability, while also serving as sources of essential fatty acids and energy.

Scientifically, glycerides have been validated as efficient energy sources, with triglycerides being the main storage form of energy in the body. Clinical studies have explored their metabolic fates and roles in health. For example, research has shown that medium-chain triglycerides (MCTs) are more rapidly absorbed and metabolized than long-chain triglycerides, providing quick energy and potential benefits for individuals with fat-malabsorption issues. Additionally, some studies suggest that specific glyceride formulations may aid in the delivery of fat-soluble vitamins and improve nutrient absorption.

While the general safety and nutritional value of glycerides are well established, ongoing research is assessing their specific health effects, such as impacts on cardiovascular health, weight management, and gut microbiota. Thus far, no adverse effects have been associated with their typical use in foods, and regulatory agencies widely recognize them as safe. Nonetheless, more targeted research is needed to fully elucidate the extent of their health benefits. Overall, glycerides remain valuable contributors to both the nutritional quality and functional properties of many food products.

Glyceride is used for these health conditions

Skin Care (general) (Scientific)

This ingredient is used to support these body systems

None

Products containing Glyceride

We currently have no products on Vitabase that contain this ingredient.