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The Codium (Codium fragile) constitutes a marine macroalga with complex cellular architecture that develops siphonaceous structures characteristic of the subtidal environments along the Chilean coasts. This species features a branched morphology with a distinctive velvety surface resulting from its multinucleated cellular organization, granting it exceptional biological and commercial properties.
The biochemical composition of Codium stands out due to its high content of sulfated polysaccharides of long chains and complex molecular structure. These bioactive compounds exhibit superior moisturizing, film-forming, and antioxidant properties, being highly valued in marine cosmetics. Its ability to form flexible gels and protective films positions it as a premium ingredient in anti-aging formulations.
This species’ subtidal growth requires specific environmental conditions, developing slowly on rocky bottoms with moderate currents and good light availability. This characteristic makes it a value-added resource, where each specimen represents years of accumulated growth. Harvesting occurs using selective diving techniques, preserving the attachment system for natural regeneration.
The functional properties of Codium fragile include natural antimicrobics activity, exceptional water retention capability, and significant content of marine sterols. Its profile of polyunsaturated fatty acids and unique phenolic compounds expands its potential in nutraceuticals and marine pharmacological products.
Specialized processing of codium preserves the integrity of its primary metabolites through cold extraction techniques and controlled drying. Available as concentrated aqueous extract, micronized powder, or whole material according to technical specifications. Each batch maintains traceability from the harvesting area to the final product.
Seaweed Patagonia positions Codium as a highly specialized biotechnological ingredient aimed at markets needing bioactive compounds with complex molecular structures. Its subtidal origin and unique characteristics establish it as a differentiated raw material for applications where innovation and efficacy are critical criteria for selecting marine ingredients.
