MINOR LIPIDS
Phospholipids occupy a paradoxical position in human nutrition. Although they are present in foods at relatively low concentrations and are not routinely quantified in dietary monitoring systems, their absence from the diet could have significant physiological consequences.
TOCOPHEROLS
It is actually more accurate to speak of tocopherols in the plural. They form a family of closely related lipid compounds with a wide range of properties.
From protection against oxidation to the stabilization of cell membranes, and from technological functionality to their essential role as a source of vitamin E, tocopherols each make a valuable contribution to our diet.
ALL ABOUT FATTY ACIDS
Fat is often said to be bad for health. However, what is generally overlooked is that fatty acids, the main components of fats, are essential to our bodies. As is often the case, it is all a matter of quality and balance.
In this article, we will explore what fatty acids really are, why they are essential to our bodies, and how to distinguish the “good” ones from the “less good” ones. We will also look at how they are classified into different families, where to find them in our diet, and their impact on our health. You will also discover how they function in the body, their main uses, the criteria to consider when choosing high-quality fatty acids, and finally, how to properly incorporate them into your diet.
Whether you are simply curious, passionate about nutrition, or a professional in the field, this article will provide answers to your questions.
PHOSPHOLIPIDS: ROLE, SOURCES AND BENEFITS
Fats are well known, but phospholipids remain largely overlooked, even though they are essential for our bodies. Present in every cell, they help maintain cell structure and assist in the transport of fats throughout the body. They play an important role in digestion and the functioning of certain key organs. This article will help you understand what phospholipids are, what they do, their benefits, and, most importantly, where to find them in foods and how they can be useful in dietary supplements.
NEW OPPORTUNITIES WITH PHOSPHOLIPIDS
Phospholipids are essential components of cell membranes and far more than simple biological building blocks. They act as carriers for certain nutrients (such as choline or DHA) and have highly valuable physiological properties that drive innovation across many fields. They are useful in dietary supplements, sports nutrition, nutricosmetics, the food industry, and even healthcare.
In this article, you will find an overview of the known functions of phospholipids, their traditional applications, and underexplored development opportunities, all supported by reliable scientific studies.
PHOSPHOLIPIDS AND WOMEN’S HEALTH
Certain nutrients are essential during pregnancy, a unique stage in a woman’s life. Phospholipids play a key role in supporting at least two of these nutrients—DHA and choline—allowing their full benefits to be realized.
The importance of omega-3 fatty acids for health is now well-documented and widely recognized. The significance of phospholipids has been highlighted more recently and deserves special attention. Science shows that they are an indispensable complement to omega-3s.
Choline’s critical role is also well-established, particularly during pregnancy. Despite this recognition, it is estimated that in Western countries, 80% of the population consumes less than the recommended daily intake, which can have consequences for both mother and fetus.
Phosphatidylcholine proves to be the most natural and effective way to deliver choline and compensate for this deficiency.
Thanks to their ability to integrate into cell membranes—a process known as bioaccretion—phospholipids can store omega-3s and choline and make them immediately available for cellular metabolism, thereby enhancing their specific benefits.
LECIMARINE® Resolve
Phospholipids are known to be the basic building blocks of cellular membranes. Through their diversity and repartition, they are also essential actors of the regulation of the membrane functions.