Why regularly consume Hydrolyzed Marine Collagen Hydrolyzate?
The skin is mainly made of collagen. This fibrous protein, often compared to a frame, brings to the skin firmness, elasticity and suppleness. Over time, exposure to the sun, age, smoking, an unbalanced diet ... can attack the skin. Collagen fibers deteriorate in the dermis; wrinkles appear, the face loses its tone.
Regular intake of hydrolysed marine collagen may help slow the signs of skin aging by increasing collagen synthesis, improving skin elasticity and firmness and reducing the appearance of fine lines and wrinkles.
Clinical studies have shown that hydrolysed collagen targets the connective tissue (which includes the joints) on which it has beneficial effects. As part of these studies, daily supplementation with hydrolysed collagen relieves pain and improves joint mobility. Hydrolyzed collagen stimulates the production of chondrocytes, the cells involved in the biosynthesis of type II collagen, essential for the formation of new cartilage.
With the years, the production of collagen tends to decrease, with visible consequences on the quality of the skin and sensitive notably on the joints. After the age of 25, the rate of decline in collagen synthesis is about 1.5% per year. By age 45, collagen levels may have decreased by as much as 30%. Collagen is brought very partially by the diet, so supplementation can play a particularly important role.
Many scientific studies show that collagen is an important component of bone maintenance
This is, sadly, the sad reality: the older we are, the more diseases we suffer from. Our physical abilities are diminishing, our memory and our vision are becoming duller and no longer as effective as in our younger years. But the bones and joints are not spared by the advancing age. Osteoarthritis, which causes inflammation and swelling of the joints, is a common condition in the elderly. Osteoporosis, like its first phase, osteopenia (bone loss), is another particularly common condition in postmenopausal women, synonymous with increasing fragility of the skeleton. Bones lose strength and their micro-architecture changes. This is partly due to the fact that the estrogen (female hormones) With young and healthy people, up to one-third of the skeleton is remodeled each year by two types of cells, the effects of which are maintained in balance by a complex hormonal system.
Osteoblasts are responsible for bone formation: they release collagen and then mineralize with calcium and phosphorus. As for osteoclasts, they resorb proteins and calcium before releasing them into the bloodstream. Menopause disrupts this cycle, unbalancing hormones, which are no longer able to play their role optimally. whose effects are kept in balance by a complex hormonal system. Osteoblasts are responsible for bone formation: they release collagen and then mineralize with calcium and phosphorus.
Finally, the potential interest of hydrolyzed collagen powder in the modulation of pain during fibromyalgia is the subject of many studies. The muscles consist of cells intertwined by a supportive connective tissue. This tissue, rich in collagen, is one of the main constituents of the muscular tissues that surround the fiber of the muscles and whose role is to serve as support and protect. Collagen is an integral part of a system that connects the muscle cells together and groups them into bundles
.
Regular intake of hydrolysed marine collagen may help slow the signs of skin aging by increasing collagen synthesis, improving skin elasticity and firmness and reducing the appearance of fine lines and wrinkles.
Clinical studies have shown that hydrolysed collagen targets the connective tissue (which includes the joints) on which it has beneficial effects. As part of these studies, daily supplementation with hydrolysed collagen relieves pain and improves joint mobility. Hydrolyzed collagen stimulates the production of chondrocytes, the cells involved in the biosynthesis of type II collagen, essential for the formation of new cartilage.
With the years, the production of collagen tends to decrease, with visible consequences on the quality of the skin and sensitive notably on the joints. After the age of 25, the rate of decline in collagen synthesis is about 1.5% per year. By age 45, collagen levels may have decreased by as much as 30%. Collagen is brought very partially by the diet, so supplementation can play a particularly important role.
Many scientific studies show that collagen is an important component of bone maintenance
This is, sadly, the sad reality: the older we are, the more diseases we suffer from. Our physical abilities are diminishing, our memory and our vision are becoming duller and no longer as effective as in our younger years. But the bones and joints are not spared by the advancing age. Osteoarthritis, which causes inflammation and swelling of the joints, is a common condition in the elderly. Osteoporosis, like its first phase, osteopenia (bone loss), is another particularly common condition in postmenopausal women, synonymous with increasing fragility of the skeleton. Bones lose strength and their micro-architecture changes. This is partly due to the fact that the estrogen (female hormones) With young and healthy people, up to one-third of the skeleton is remodeled each year by two types of cells, the effects of which are maintained in balance by a complex hormonal system.
Osteoblasts are responsible for bone formation: they release collagen and then mineralize with calcium and phosphorus. As for osteoclasts, they resorb proteins and calcium before releasing them into the bloodstream. Menopause disrupts this cycle, unbalancing hormones, which are no longer able to play their role optimally. whose effects are kept in balance by a complex hormonal system. Osteoblasts are responsible for bone formation: they release collagen and then mineralize with calcium and phosphorus.
Finally, the potential interest of hydrolyzed collagen powder in the modulation of pain during fibromyalgia is the subject of many studies. The muscles consist of cells intertwined by a supportive connective tissue. This tissue, rich in collagen, is one of the main constituents of the muscular tissues that surround the fiber of the muscles and whose role is to serve as support and protect. Collagen is an integral part of a system that connects the muscle cells together and groups them into bundles
.
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