What's Happening?
Ayana Bio, a U.S. startup focused on plant cell culture, and Brevel, an Israeli company specializing in illuminated fermentation, have received a $1.25 million grant from Israel's BIRD Foundation. The funding aims to explore whether Brevel's technology
can enhance plant cell culture processes. Ayana Bio, a spinoff from Ginkgo Bioworks, uses plant cell culture to produce high-value botanicals in bioreactors, offering a consistent supply without traditional agricultural challenges. Brevel's approach combines sugar-based fermentation with LED lighting to increase yields. The collaboration will investigate if light can improve plant cell production, potentially revolutionizing the production of bioactives and botanicals.
Why It's Important?
This development is significant as it could transform the production of high-value plant compounds, offering a sustainable alternative to traditional agriculture. By using plant cell culture, companies can ensure a consistent supply of botanicals, unaffected by climate change or geopolitical issues. The technology promises rapid, controlled production in sterile environments, reducing the need for pesticides and large agricultural areas. If successful, this approach could lead to higher yields and more efficient production of plant-based ingredients, impacting industries such as nutraceuticals and pharmaceuticals. The grant supports innovation in biomanufacturing, potentially leading to commercial-scale applications.
What's Next?
The next steps involve Ayana Bio and Brevel conducting research to determine the effectiveness of using light in plant cell culture. If successful, this could lead to commercial-scale production of plant-based ingredients. The companies plan to integrate Brevel's lighting technology into existing fermentation tanks, expanding production capacity. Ayana Bio aims to achieve commercial scale for its products by 2026, with plans to submit a dossier to the FDA for GRAS approval. The collaboration could pave the way for new partnerships and further advancements in plant cell culture technology.
