Abundant in polysaccharides, such as fucoidans in brown algae, ulvans in green algae and carrageenans in red algae, revealing a broad therapeutic potential and establishing the future generation of therapeutics.
Carrageenan-based hydrogels for wound-healing dressing materials (chitosan) showed enhanced healing effects in chronic wounds and showed more pronounced adhesive, antibacterial and drug delivery potential compared to other dressing
Exosomes are also known as Extracelular Vesicles (sEVs), membrane-bound extracellular vesicles (EVs) that are produced in the endosomal compartment of most eukaryotic cells. Naturally built up to carry “packs” of relevant biological information
Best bioactives delivery system due to high content of Carrageenanans (natural linear sulfated polysaccharides).
High content of B-glucan, a carbohydrate immunoregulatory activity Membrane, rich in Beta proteins is easier to attach to the cells.
Algaex formulation comprises high concentration Centella asiatica exosomes based on the patented Phyto-Peptidic Fractions (PPFs) technology.
PPF technology allows to:

Small peptides with chains of 11-21 amino acids were identified in the exosomes of Centella asiatica cell cultures.
Centella Reversa brings together 30 of 87 existing peptide sequences (34.48%), with anti-ageing, anti-inflammatory, and anti-wrinkle activities, amongst others.
126 different proteins were identified in the supernatant of stem cells of Centella Asiatica.
Cellular senescence is a complex process of biological cell long term loss of proliferative capacity;
Response to different internal and external stimuli such as telpmere attrition, DNA damage, mitochondria’ dysfunction, inflammation, apeing, lifestyle, environmental factors;
Senescent cells normally destroy themselves throuph a programmed mechanism calledapoptosis and getting removed by immune system;
Age and immuposuppressant environment hinder Immune system’s ability to work efficiently;
Senescent cells begin to accumulate in the tissues and continue to release chemicals that trigger chronic inflammation – one of the biggest contributors of aging.
Act as immunomodulators and ROS scavengers, decreasing release of reactive oxygen species
Vitally important proteins that create and fill cell structure, acting as building blocks of collagen, and resulting in instant skin bioregeneration.
Amino acids functions:
Fragment of skin’s protein made up of amino acid, signaling dermis to synthesize
Carrageenans are sulfated polysaccharides, found
in red marine algae in plenty

Carrageenan has shown significant protection against the detrimental effects of UVB-induced apoptosis in HaCaT cells and has decreased the release of reactive oxygen species (ROS). The accumulation of excess ROS has been related to skin diseases including skin aging and cancers.
Photoprotective Substances Derived from Marine Algae by Ratih Pangestuti 1ORCID,Evi Amelia Siahaan 2 andSe-Kwon Kim*

The inflammatory skin diseases, psoriasis and atopic dermatitis, show impaired barrier function.
Defects in lipid metabolism or in the protein components of the stratum corneum produce scaly or ichthyotic skin with abnormal barrier lipid structure and function.
Acts as natural humectant, maintaining skin hydration by working at the molecular level to attract and retain water in the skin, hydrating and plumping the epidermis.
Retains moisture by reducing transepidermal water loss (TEWL), essential for maintaining skin hydration and ensuring a healthy skin barrier.
Enhances Natural Moisturizing Factor by supplementing the skin with abundant bioactive compounds, further improving the skin’s ability to retain moisture.
Superior moisture-retention.
Higher water retention capacity than hyaluronic acid.
Sun exposure, and the subsequent exposure to UV-A and UV-B rays together with harsh environmental factors are the biggest contributors, speeding up the aging of skin causing wrinkled, sagging, or rough skin that looks aged far beyond its years.
Algaex+ forms a high-density nano-thick film on the skin and when applied creates a mesh-like barrier on the skin, forming a second thin moisture film that:
Centella Reversa™ significantly increased the skin firmness at 28 and 56 days by up to 36% and 46% respectively compared to DO
(% Reduction of Ue = % Skin firmness increase). Cutometer® MPA-580
Centella Reversa™ significantly increased the skin elasticity at 28 and 56 days by up to 21% compared to DO
(% Increase of Ur/Uf = % Skin elasticity increase). Cutometer® MPA-580
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