Biosolutions
Cosmetics & Personal Care
Harness the power of microorganisms to redefine Cosmetics & Personal Care. At DARWIN, our microbial solutions are designed to support skin health, enhance natural beauty, and promote beauty from within. Through science-backed formulations, we develop innovative, effective, and sustainable products that nurture the skin microbiome and elevate personal well-being. Discover the future of beauty—rooted in nature, powered by biotechnology.
Opportunity
The global Cosmetics & Personal Care market is booming, expected to surpass USD 640 billion by 2030. Consumers are increasingly demanding clean, functional, and microbiome-friendly products that go beyond aesthetics to deliver real health benefits. This shift is creating unparalleled opportunities for innovation in skin health, anti-aging, holistic wellness, and beauty-from-within solutions. With microbial biotechnology, brands can meet these evolving expectations while leading in sustainability and performance.
Solution
We’re pioneering next-generation microbial solutions for the Cosmetics & Personal Care industry. Our proprietary platforms allow us to identify, test, and formulate custom strains that target skin vitality, microbiome balance, and systemic wellness. Whether you’re developing microbiome-friendly skincare, nutricosmetics, or personalized beauty products, our biotech innovation is your competitive edge. Partner with us to co-create impactful products that deliver measurable results—and stand out in a fast-evolving market.
Bioprospecting the solar panel microbiome
At DARWIN, we have conducted various bioprospecting studies focused on the microbiome inhabiting the surfaces of solar panels. This extreme environment is characterized by high levels of solar irradiation, desiccation, and temperature fluctuations, leading to the a...
Read moreDevelopment of a photoprotector based on microorganisms
Microorganisms can adapt to practically any environment, even those exposed to extreme conditions. There are bacteria that inhabit hydrothermal vents, desert areas, and even the surface of solar panels. To survive in these environments, they develop d...
Read moreA smarter mouthwash: Targets pathogens, respects microbiome
DARWIN has analyzed the effects of a mouthwash on the oral microbiome in collaboration with Lacer, a leading pharmaceutical laboratory strongly committed to health innovation. To evaluate the effect of a mouthwash formulated with o-cymen-...
Read moreBioprospecting the solar panel microbiome
At DARWIN, we have conducted various bioprospecting studies focused on the microbiome inhabiting the surfaces of solar panels. This extreme environment is characterized by high levels of solar irradiation, desiccation, and temperature fluctuations, leading to the a...
Read moreDevelopment of a photoprotector based on microorganisms
Microorganisms can adapt to practically any environment, even those exposed to extreme conditions. There are bacteria that inhabit hydrothermal vents, desert areas, and even the surface of solar panels. To survive in these environments, they develop d...
Read moreA smarter mouthwash: Targets pathogens, respects microbiome
DARWIN has analyzed the effects of a mouthwash on the oral microbiome in collaboration with Lacer, a leading pharmaceutical laboratory strongly committed to health innovation. To evaluate the effect of a mouthwash formulated with o-cymen-...
Read more
