Lab-grown leather: From petri dish to designer fashion

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  Quantumrun Foresight
• May 1, 2024

Insight summary

Exploring the creation of lab-grown leather, researchers are developing materials that closely mimic traditional leather while significantly reducing its environmental impact. This new approach, which involves culturing animal cells or utilizing microorganisms and fungi, offers a sustainable alternative to conventional leather, potentially transforming the fashion, automotive, and luxury goods industries. The shift towards these materials could redefine consumer preferences and force industries to innovate, highlighting a future where fashion and sustainability converge.

Lab-grown leather context

Producing lab-grown leather involves cultivating animal cells in a lab to produce material that mimics the characteristics of genuine leather. Companies like VitroLabs are pioneering this field by developing a tissue engineering process that transforms a small collection of animal cells into full thickness hides. This technique not only aims to preserve natural leather's aesthetic and functional qualities but also significantly reduces the environmental footprint associated with animal rearing and the leather tanning process.

The process begins with a biopsy from an animal, after which the cells are cultured in a bioreactor with a nutrient-rich medium, allowing them to grow and form hide-like tissue. This growth phase can take as little as three to four weeks, contrasting the years required for raising animals. VitroLabs raised substantial funding to scale pilot production and innovate tanning processes that use considerably fewer chemicals. 

Moreover, the development of lab-grown leather is not limited to animal cells. Other companies are exploring alternative sources, such as microorganisms, fungi, and recombinant proteins, to create biofabricated materials that replicate leather's properties without relying on animal hides. These advancements offer diverse, sustainable materials for the fashion, automotive, and luxury goods industries. The collaborative efforts between innovators in biotechnology and traditional craftspeople could accelerate the adoption of lab-grown leather, ensuring it meets consumers' expected quality and performance standards.

Disruptive impact

As these alternatives become more accessible and cost-effective, consumers may shift their preferences toward products that align with environmental sustainability and ethical production practices. This shift could decrease demand for traditional leather goods, compelling brands and manufacturers to adapt their product lines and sourcing strategies accordingly. This development could lead to a broader selection of sustainable products that do not compromise quality or aesthetic appeal for consumers.

For companies, adopting biofabricated leather requires investment in new technologies and training employees to manage the bioreactors and other equipment involved in the production process. This shift may also open up new markets and opportunities for innovation, allowing companies to differentiate themselves by offering environmentally friendly products. However, businesses that are slow to adapt to these changes could find themselves at a competitive disadvantage, struggling to meet evolving consumer expectations and regulatory standards.

Local and international policies may need to evolve to support the sustainable materials sector, including incentives for research and development, as well as guidelines for labeling and marketing such products. These measures can help ensure transparency and consumer trust, fostering the market's growth for biofabricated leather. Furthermore, governments may face challenges balancing support for emerging technologies with the interests of traditional agriculture and leather industries, requiring thoughtful approaches to economic transition and worker retraining programs.

Implications of lab-grown leather

Wider implications of lab-grown leather may include: 

• A decrease in the environmental footprint of the fashion industry, leading to reduced deforestation and lower carbon emissions from traditional leather production.


• Enhanced animal welfare with fewer animals being raised and slaughtered for leather, aligning with growing ethical consumer demands.


• Changes in international trade patterns, with countries traditionally exporting leather possibly facing economic challenges while those leading in lab-grown leather technology gain new export opportunities.


• New business models centered around sustainability, offering leasing or recycling services for lab-grown leather products to extend their life cycle.


• Governments enacting policies to support sustainable material innovation, potentially including subsidies for research or tax incentives for companies adopting eco-friendly practices.


• Increased consumer choice in leather products, not limited by the constraints of animal hide sizes and imperfections, enabling more diverse and creative fashion offerings.


• Potential resistance from stakeholders in conventional leather industries, leading to political and economic debates over the future of traditional versus lab-grown leather.


• A surge in investment in biotechnology and materials science research, aiming to improve the efficiency and scalability of lab-grown leather production.


• New educational programs and courses focused on sustainable materials, preparing the next generation of workers for careers in emerging green industries.

Questions to consider

• How could adopting lab-grown leather change your approach to purchasing fashion and leather goods?


• How can policymakers and governments facilitate the transition to more sustainable materials like lab-grown leather?