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THE SCIENCE OF SEAWEED

Unveiling the Power of Kelp: Nutrient-Rich

Kelp, a type of large brown seaweed that thrives in the nutrient-rich depths of the ocean, has exploded onto the skincare scene—and for good reason.

This aquatic wonder is brimming with a wealth of benefits that make it one of the best ingredients for skin enthusiasts. Think hydration, anti-aging, and inflammation soothing properties, thanks to its abundance of nutrients and compounds like iodine, vitamin K, B vitamins, iron, zinc, antioxidants, and the polysaccharides laminarin and fucoidan. The latter two are some of the skin's best allies, delivering potent antioxidant protection, skin-soothing effects, and even stimulating collagen production—the magic behind maintaining skin's elasticity and firmness.

Aside from its benefits in skincare, kelp also represents a renewable, eco-friendly resource with a multitude of benefits and uses. Its potential reaches into environmental conservation, sustainable energy, and other industrial and pharmaceutical uses— a truly remarkable resource!

And if that's not enough to dive into the kelp skincare wave, kelp is environmentally sustainable— it requires no freshwater or fertilizer, absorbs carbon dioxide, supports marine biodiversity, and grows back rapidly after harvest. 

No Need for Freshwater or Fertilizer
Unlike land plants, kelp doesn't require freshwater or fertilizer to grow! It thrives in saltwater, absorbing nutrients directly from the ocean. This makes it a sustainable option compared to ingredients that rely on freshwater resources or gnarly synthetic fertilizers.
Habitat Creation
Kelp forests create a habitat for a variety of marine life, contributing to biodiversity. Harvesting kelp sustainably ensures the preservation of these important ecosystems.
Potential for Biofuel
Researchers are exploring the use of kelp as a sustainable source of biofuel. While this doesn't directly relate to skincare, it's another factor that contributes to the overall sustainability of kelp as a resource.

Pharmaceutical Properties

While more research is needed in human clinical trials to validate these findings, a study published in the Journal of Cancer Research and Clinical Oncology in 2016 highlighted that laminarin induced apoptosis, or cell death, in human colon cancer cells.

The polysaccharide exhibited significant anti-proliferative activity, essentially preventing the cancer cells from multiplying. Research has also shown that laminarin can exhibit anti-tumor properties. A 2015 study published in the International Journal of Biological Macromolecules demonstrated that laminarin could inhibit the growth of certain types of tumors, and it was proposed as a promising candidate for tumor therapy. The study suggested that laminarin achieved this by boosting the immune response and inhibiting angiogenesis (the formation of new blood vessels that tumors need to grow).

Supercharged by the Sea.@neptuneave.co
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