Redefining Skincare with Biotechnology

Written By: Amaan Danish

Introduction

What if you could combat wrinkles, dry skin, or acne at their root? Doesn't it sound like a dream? Well, thanks to biotechnology, that dream is becoming a reality!

What is Biotechnology?

Consider biotechnology as a means of producing useful resources from living organisms, such as bacteria or plants. It's like having little scientists work tirelessly to better your skin in the realm of skincare!

“Biotechnology enables us to obtain bioactive compounds or substances addressed to a specific action more easily”, explains Paloma Juárez, a doctor in biotechnology from the Universitat Politècnica de València and technician in AINIA's Industrial Biotechnology department.

"Biotech Beauty" bridges the gap between biotechnology and the skincare and cosmetics industries to introduce a new era in beauty research. This revolutionary approach provides individualized, scientifically supported skincare treatments by utilizing biotechnology advancements such as genetic engineering, molecular biology, and biochemistry to create products beyond conventional cosmetic formulas.

Figure 1. Biotech & skincare

Figure 2. Skincare products

Biotechnology in Action

Biotechnology has revolutionized the cosmetic industry through various means, including advanced components, customization and personalization, enhanced performance, sustainability, and ethical procedures. Additionally, biotechnology has reduced animal testing and accelerated the development of products like anti-ageing and regenerative solutions. Overall, biotechnology is transforming the development and testing of custom-tailored cosmetics in the makeup industry.

Why Use Ingredients Grown in a Lab?

Sustainability: We can reduce the adverse impacts of conventional farming and harvesting practices on the environment by producing ingredients in a lab.

Consistency: Compared to their natural equivalents, lab-grown substances are frequently more consistent in quality and purity. Unlike organic materials, whose composition might change owing to environmental conditions, synthetic substances can be thoroughly controlled, guaranteeing uniformity in skincare formulas.

Ethical considerations: Lab-grown ingredients eradicate the need for animal experimentation or other potentially immoral methods.

Cost-effectiveness: In a few instances, obtaining and extracting expensive or uncommon natural components may be more costly than preparing them in a laboratory. Because of these savings, a wider range of people may be able to afford high-quality skincare products.

Innovative Thinking: The utilization of chemicals generated in labs to create skincare products makes innovation possible. In order to address a variety of skincare issues, such as dehydration, pigmentation, aging, and more, experts can generate and manufacture unique compounds or molecules with specific properties.

Examples of Ingredients Grown in a Lab

Lab-Grown Collagen: The protein collagen is responsible for the firmness and suppleness of your skin. It typically originates from animal sources. But collagen cultivated in a lab provides a sustainable and cruelty-free substitute.

Figure 3. Aloe Vera

Figure 4. Liquid Collagen

Plant-Based Substitutes: Nowadays, a lab can produce several common substances used in beauty products, such as aloe vera or rose oil. This guarantees a continuous supply without taxing the environment's natural resources.

Biotechnological Advancements:

Biotech breakthroughs are investigating regenerative medicine techniques, like stem cells and growth factors, to promote skin regeneration and anti-aging benefits at the cellular level. These developments offer encouraging ways to counteract the effects of aging.

Digital Integration: Incorporating digital tools in skincare routines—like AI-powered skincare analysis, applications that offer tailored recommendations, or skin health monitoring devices—improves consumer satisfaction. These tools provide recommendations for personalized skincare routines based on analytics with the aid of pattern recognition, comprehension of skin problems, and optimization of treatment procedures.

New dermatological treatment modalities are being developed as a result of biotech breakthroughs. Examples of such technologies include gene therapies, targeted medication delivery systems, treatments for skin ailments, and aesthetic improvements based on nanotechnology.

Fig 5. AI-powered skin analysis

What is the Source of our Biotech Ingredients?

Figure 6. Argan Oil

Figure 7. Hyaluronic Acid

One of the oldest species of trees in the world is the argan tree. Originating from the southeast of Morocco. Its fruit possesses well-known health advantages since it yields an extremely nourishing, hydrating, and antioxidant oil. Argan trees are few, though, and their harvesting can be challenging and time-consuming. Herein lies the role of biotechnology. It is no longer necessary to harvest the fruit directly from the trees in order to create substances obtained from the argan tree, such as oil extracts or active compounds, more effectively and responsibly thanks to cell culture and fermentation techniques. This reduces the impact on the environment and protects natural resources.

Hyaluronic acid is another example. This material, found in our skin naturally, is crucial to keeping it firm and hydrated. Hyaluronic acid was formerly taken from animal tissue, but biotechnology has made it feasible to create significant amounts of the substance on a massive scale using particular bacterial cultures. Without using any animal resources, this method creates pure, safe, and skin-type-compliant hyaluronic acid.

Additionally, biotechnology creates new opportunities for natural colorants. Cosmetic colorants were frequently derived from plant or animal sources, which could pose issues with stability, availability, and environmental impact. Natural colorants can now be made from laboratory-grown microorganisms or plant cells, thanks to biotechnology. This translates to higher-quality, consistently sustainable colorants that don't harm animal or plant populations.

Benefits and Challenges

Understanding the cellular and molecular interactions between various chemicals, formulations, and procedures, as well as the skin, is essential to understanding the science behind skincare.

Dermatologists and skin care professionals have a mixed reaction to biotech beauty, admitting its potential benefits and certain drawbacks.

However, there are obstacles, like the requirement for meticulous testing, standardization, and regulation of these novel biotech products in order to keep up with the quick pace of scientific advancement. Furthermore, low yields and insufficient fermentation technology pose challenges to the commercial manufacture of naturally occurring UV-absorbing compounds such as mycosporine-like amino acids for sunscreens. In short, biotechnology presents novel components and sustainable solutions, yet its effective incorporation into the cosmetics sector requires tackling regulatory and production issues.

Biotech beauty products may call for significant regulatory authorization. It can be challenging and time-consuming to do safety testing and adhere to regulatory regulations. Biotech-driven skincare discoveries often come with hefty research and development costs. New ingredients and technology development and testing can be expensive and time-consuming. Effectively informing the general public about the advantages and modes of action of these innovative skincare products presents a problem for brands. Although there has been progress in minimizing animal testing, consumers are still concerned about the source of biotech ingredients and the usage of particular technology in the creation of skincare products. Ensuring the privacy of customer data while offering tailored solutions is crucial to adhering to data protection requirements.

The Future of Skincare

Personalized Skincare: Imagine a product that's exactly right for your skin type. Biotechnology could make this possible!
Microbiome-focused Products: There is still much to learn about the skin microbiome and how it affects skin health. Envisioned skincare products are anticipated to incorporate components that uphold and foster a healthy skin microbiota, perhaps providing relief from ailments like acne and eczema.
Diverse Beauty: Taking into consideration a range of skin tones, textures, and cultural requirements, the beauty industry is growing increasingly inclusive. Future biotech cosmetic products will be able to accommodate a wider variety of skin tones and types.

Bibliography

“Biossance Award Winning Clean Skincare | Clean Beauty, Beauty Hair Routine, Cosmetic Companies.” Pinterest, 2024, www.pinterest.com/pin/42502790217782997/. Accessed 7 Aug. 2024.
“Biologique Recherche Skincare in 2024 | Face Cream, Skincare, Beauty Routines.” Pinterest, 2024, www.pinterest.com/pin/703757879302375419/. Accessed 7 Aug. 2024.
“Biotech Beauty: A New Era in Skincare and Cosmetic Science.” Clinikally, www.clinikally.com/blogs/news/biotech-beauty-a-new-era-in-skincare-and-cosmetic-science.
‌“Biotechnology Also Looks after Your Skin.” AseBio - Asociación Empresas Biotecnología, 19 Sept. 2022, www.asebio.com/en/news-events/news/biotechnology-also-looks-after-your-skin. Accessed 7 Aug. 2024.
‌BORD, Bertrand. “Biotechnology Is the Use of Living Organisms (Whether Plants, Animals or Micro-Organisms) to Obtain or Improve Products in a Sustainable Way That Respects the Environment and Biodiversity. In Cosmetics, Biotechnology Makes It Possible to Obtain Raw Materials in a New, More Efficient and Totally Natu.” Linkedin.com, 18 July 2023, www.linkedin.com/pulse/biotechnological-advances-revolutionizing-cosmetics-industry-bord. Accessed 7 Aug. 2024.
‌“Go Nutri Healthy on Instagram: "Sip Your Way to Healthier Skin, Nails, and Hair with LifeVantage Liquid Collagen. Radiate Wellness from Within. 💪🥤 Https://Nut… in 2024 | Collagen, Lifevantage, Healthy Skin.” Pinterest, 2024, www.pinterest.com/pin/877990889844945748/. Accessed 7 Aug. 2024.
‌“Zohna - Health, Beauty and Wellness Advice You Can Trust in 2024 | Green Skincare, Food for Acne, Organic Skin Care.” Pinterest, 2024, www.pinterest.com/pin/505318020706662278/. Accessed 7 Aug. 2024.
‌“Skincare Revolution: Digital Health Platforms Transforming Beauty.” Okanaganskincare.ca, 2024, okanaganskincare.ca/blog/The+Rise+of+Digital+Health+Platforms+for+Skincare+Transforming+Beauty+in+the+Digital+Age/291. Accessed 7 Aug. 2024.
‌“Skin Care Products, Cosmetic Makeup | Argan Oil Hair, Argan Oil, Argan Oil Benefits.” Pinterest, 2024, www.pinterest.com/pin/AZ5IOQ6qJkShoSKWe3O0O2sWG9vk8OBjdsfaqBJzDTavOtEJio4QiIc/. Accessed 7 Aug. 2024.

‌“Squalane vs Hyaluronic Acid: Which Is Best for Glowing Skin? | Hyaluronic, Hyaluronic Acid, Squalane.” Pinterest, 2024, www.pinterest.com/pin/683350943490490767/. Accessed 7 Aug. 2024.