SUSTAINABILITY
Harnessing stem cells for sustainable ingredients
Cristina Thiebaut, Sofía Pérez-Tomé - Cobiosa Felipe Arquea - Rubisco Biotechnology
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The cosmetics industry is undergoing a significant transformation driven by the growing demand for sustainable and environmentally responsible products. Biotechnology applied to stem cell culture has emerged as an innovation that aligns perfectly with this trend towards greener practices. This technology enables the sustainable
production of high quality cosmetic ingredients and contributes to the preservation of biodiversity and environmental resources. Among these promising developments is Makistem, a stem cell extract from the leaf of Aristotelia chilensis, also known as maqui or Chilean wineberry. Hereafter known as the Aristotelia chilensis
extract, this active ingredient is obtained through cell culture technology and has been shown to be an antioxidant, a good promoter of type I collagen synthesis, reduce melanin synthesis and prevent reactions that trigger MMP-1.
These cellular processes combat photo-
ageing and promote the unification of skin tone, reducing blemishes, providing luminosity and improving the appearance of the face. The Aristotelia chilensis extract represents the intersection of efficacy and sustainability, offering exceptional skincare benefits while adhering to eco-friendly principles.
Innovative cultivation: biotech stem cells Biotech stem cell cultivation, especially when
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Figure 1: Aristotelia chilensis, also known as maqui or Chilean wineberry
applied to plant sources, offers substantial advantages over traditional agricultural methods. Conventional agriculture relies on seasonal cycles, extensive land use and significant water resources, which can result in environmental degradation and resource depletion. In contrast, stem cell farming is done
in controlled, closed systems, eliminating the need for pesticides and avoiding soil degradation. This approach significantly reduces the environmental footprint associated with conventional farming practices. The Aristotelia chilensis extract is a
prime example of how biotech stem cell culture can revolutionise the production of cosmetic ingredients. This cultivation method
demonstrates remarkable advances in sustainability. Unlike traditional agriculture, which demands large amounts of water and land, the Aristotelia chilensis extract cultivation requires minimal water resources (up to 99% reduction of water used in conventional cultivation) and space, which contributes to the conservation of natural ecosystems and biodiversity. In addition, biotechnology ensures a reliable
and continuous supply of potent cosmetic ingredients, crucial for the long-term success of skin care products and to meet the growing demand for high quality and environmentally friendly solutions. By integrating the Aristotelia chilensis
extract into their products, cosmetic companies can balance product efficacy with environmental responsibility, promoting sustainability through science and improving the production of specific phytocompounds through this cultivation technology.
Cutting-edge radiance The Aristotelia chilensis extract is derived from the leaves of the maqui plant, known for its exceptional antioxidant properties. The maqui plant, which grows in the temperate forests of southern Chile, has been valued for centuries by indigenous communities for its health benefits. Recent scientific research has validated its potency, making the Aristotelia chilensis extract a prominent ingredient in modern cosmetic formulations.
January 2025 PERSONAL CARE
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