Cosmetic Universe
Coral reef ecosystems contain an exceptional marine biodiversity. The organisms present, either animal, vegetal or living in symbiosis with each other, are subject to numerous environmental changes. Solar radiation, water temperature, salinity, but also the effects of swell, pollution or numerous predators, have made each species incredibly well adapted to this particular ecosystem. This remarkable adaptability is due to the numerous and varied active ingredients that marine species synthesize to protect themselves from their immediate environment. Several families of molecules possess properties that should satisfy the needs of some cosmetic applications. From antioxidant enzymes to hydrating molecules and sun protection products, a wide range of active ingredients can be used to develop new and innovative care and well-being cosmetic products.
PH variations are finely regulated by so-called « buffer » molecules, able to capture the excess of H+ ions (in case of acidity) or on the contrary to release H+ ions (in case of alkalinity); however, the best systems to fight against pH deregulations are enzymatic. The « pH-adjusting » enzymes function as powerful buffers able to maintain the pH around certain homeostatic values (in particular around neutral pH values).
Marine organisms, in particular corals, are subject to drastic environmental changes and other local stresses, and have therefore developed very powerful enzymes capable of regulating potential abrupt pH variations. Coraliotech offers marine pH adjusters to effectively regulate the pH of products and potentially enhance the skin's ability to deal with pH changes that may affect its barrier and moisturizing function.
There are many solutions to fight effectively against the acceleration of aging, in addition to adopting an impeccable lifestyle. The anti-aging active ingredients that we can rely on to reduce the rate of this unavoidable aging can be of several types. They can indeed belong to the class of antioxidant molecules, to the class of skin protection products (anti-UV, anti-pollutants, etc..), as well as they can help promote skin regeneration by promoting the production of structural or even moisturizing molecules.
Coraliotech offers today a panel of molecules likely to respond effectively to the effects of aging; in addition to powerful antioxidants, marine organisms display an amazing diversity of protective or regenerative molecules such as anti-UVs or collagens that can perfectly suit this role.
Antioxidants are the major actors in the fight against the harmful effects of free radicals and to reduce the impact of oxidative stress on our cells. The most effective cellular antioxidants are enzymes such as SuperOxide Dismutases (SODs) or peroxidases such as catalases. They allow a drastic reduction of free radicals by transforming them into stable and benign molecules such as water and oxygen.
The application of antioxidant skin care products, in addition to a healthy lifestyle, should therefore objectively fight against the harmful effects of oxidative stress and effectively delay skin slackening, dullness and loss of firmness. Coraliotech has identified a number of marine antioxidant enzymes that should be suitable for serums and concentrated care for an innovative protective action against skin aging.
Damaged hair is often the result of damage to the outer layer, the so-called scale layer, which becomes rough due to the opening of the hair scales. This alteration greatly weakens the hair and dehydrates it, making it dry, brittle and forked. Hair conditioning aims to correct these defects by providing substances that seal the scale layer. Hair with closed scales regains its original smoothness, moisture, vitality and shine.
Coraliotech offers ingredients that can actively participate in the softening and revitalization of hair and scalp. Coral collagens, with their moisturizing properties, seem to be ideal for providing long-lasting protection and vitality to hair. The chaperone molecules are also part of these ingredients that will participate synergistically in the repair and revitalization processes necessary for the proper preservation of the hair's capital.
The fight against skin dehydration, in addition to the daily intake of two to three liters of water, can be partly compensated by moisturizing active ingredients applied regularly to the parts of the skin most exposed to the external environment. Solutions provided by care products concentrated in moisturizing molecules can, through their film-forming function, ensure resistance to stretching and thus make the skin softer and younger. The hygroscopic properties of certain active ingredients enable them to retain water in the tissues and on the surface, thus forming a protective film that reduces water loss from the skin while protecting it from external aggressions.
Coraliotech offers a series of molecules, such as marine collagens, recognized for both their structural role and their moisturizing function. Derived from organisms of coral reef ecosystems, our active ingredients also have certain characteristics that suggest a better efficiency in topical applications.
However, the skin, far from being an inert tissue, has its own defense and protection systems that certain cosmetic actives can reinforce through synergistic mechanisms. Among them, sunscreen products, antioxidant or detoxifying enzymes, pH regulators, anti-pollutants, can play this role and provide effective and lasting skin protection.
Coraliotech offers a range of marine ingredients originating from coral or marine plants, which can play a role in protecting the skin if they are judiciously formulated within adapted cosmetic mixtures. Among these ingredients, our patented anti-UV molecule, our antioxidants or pH regulators, as well as our chaperone molecules, can all be used to provide protection and defense to our skin.
Today, sun protection is provided by UV filters of organic or inorganic origin (mineral filters). Despite their effectiveness in protecting against a wide range of radiation, they are highly regulated and have been somewhat criticized for their environmental toxicity (especially marine).
Coraliotech now offers a first patented organic active derived from Mediterranean red coral which has shown a strong UV protection efficiency. The time has undoubtedly come to innovate in this sensitive field of UV protection by proposing new protective and eco-friendly molecules derived directly from nature.
PH variations are finely regulated by so-called « buffer » molecules, able to capture the excess of H+ ions (in case of acidity) or on the contrary to release H+ ions (in case of alkalinity); however, the best systems to fight against pH deregulations are enzymatic. The « pH-adjusting » enzymes function as powerful buffers able to maintain the pH around certain homeostatic values (in particular around neutral pH values).
Marine organisms, in particular corals, are subject to drastic environmental changes and other local stresses, and have therefore developed very powerful enzymes capable of regulating potential abrupt pH variations. Coraliotech offers marine pH adjusters to effectively regulate the pH of products and potentially enhance the skin's ability to deal with pH changes that may affect its barrier and moisturizing function.
There are many solutions to fight effectively against the acceleration of aging, in addition to adopting an impeccable lifestyle. The anti-aging active ingredients that we can rely on to reduce the rate of this unavoidable aging can be of several types. They can indeed belong to the class of antioxidant molecules, to the class of skin protection products (anti-UV, anti-pollutants, etc..), as well as they can help promote skin regeneration by promoting the production of structural or even moisturizing molecules.
Coraliotech offers today a panel of molecules likely to respond effectively to the effects of aging; in addition to powerful antioxidants, marine organisms display an amazing diversity of protective or regenerative molecules such as anti-UVs or collagens that can perfectly suit this role.
Antioxidants are the major actors in the fight against the harmful effects of free radicals and to reduce the impact of oxidative stress on our cells. The most effective cellular antioxidants are enzymes such as SuperOxide Dismutases (SODs) or peroxidases such as catalases. They allow a drastic reduction of free radicals by transforming them into stable and benign molecules such as water and oxygen.
The application of antioxidant skin care products, in addition to a healthy lifestyle, should therefore objectively fight against the harmful effects of oxidative stress and effectively delay skin slackening, dullness and loss of firmness. Coraliotech has identified a number of marine antioxidant enzymes that should be suitable for serums and concentrated care for an innovative protective action against skin aging.
Damaged hair is often the result of damage to the outer layer, the so-called scale layer, which becomes rough due to the opening of the hair scales. This alteration greatly weakens the hair and dehydrates it, making it dry, brittle and forked. Hair conditioning aims to correct these defects by providing substances that seal the scale layer. Hair with closed scales regains its original smoothness, moisture, vitality and shine.
Coraliotech offers ingredients that can actively participate in the softening and revitalization of hair and scalp. Coral collagens, with their moisturizing properties, seem to be ideal for providing long-lasting protection and vitality to hair. The chaperone molecules are also part of these ingredients that will participate synergistically in the repair and revitalization processes necessary for the proper preservation of the hair's capital.
The fight against skin dehydration, in addition to the daily intake of two to three liters of water, can be partly compensated by moisturizing active ingredients applied regularly to the parts of the skin most exposed to the external environment. Solutions provided by care products concentrated in moisturizing molecules can, through their film-forming function, ensure resistance to stretching and thus make the skin softer and younger. The hygroscopic properties of certain active ingredients enable them to retain water in the tissues and on the surface, thus forming a protective film that reduces water loss from the skin while protecting it from external aggressions.
Coraliotech offers a series of molecules, such as marine collagens, recognized for both their structural role and their moisturizing function. Derived from organisms of coral reef ecosystems, our active ingredients also have certain characteristics that suggest a better efficiency in topical applications.
However, the skin, far from being an inert tissue, has its own defense and protection systems that certain cosmetic actives can reinforce through synergistic mechanisms. Among them, sunscreen products, antioxidant or detoxifying enzymes, pH regulators, anti-pollutants, can play this role and provide effective and lasting skin protection.
Coraliotech offers a range of marine ingredients originating from coral or marine plants, which can play a role in protecting the skin if they are judiciously formulated within adapted cosmetic mixtures. Among these ingredients, our patented anti-UV molecule, our antioxidants or pH regulators, as well as our chaperone molecules, can all be used to provide protection and defense to our skin.
Today, sun protection is provided by UV filters of organic or inorganic origin (mineral filters). Despite their effectiveness in protecting against a wide range of radiation, they are highly regulated and have been somewhat criticized for their environmental toxicity (especially marine).
Coraliotech now offers a first patented organic active derived from Mediterranean red coral which has shown a strong UV protection efficiency. The time has undoubtedly come to innovate in this sensitive field of UV protection by proposing new protective and eco-friendly molecules derived directly from nature.