Removing metabolites for high-density cell growth
Years active: 2025This project will engineer a cow cell line that does not produce lactate and ammonia, the main growth inhibitory compounds produced by animal cells.
This project will engineer a cow cell line that does not produce lactate and ammonia, the main growth inhibitory compounds produced by animal cells.
This project creates a new engineering system to add useful genes to cow cells, enabling cheaper, large-scale cultivated meat production.
This project uses microfluidic chips and chaotic bioprinting to develop cell lines for safe, cruelty-free, and sustainable cultivated lobster meat.
This project combines a naturally muscle-enhancing bovine cell line with an engineered growth switch to make cultivated meat scalable and affordable.
This project engineers immortalized bovine fat cells for single-cell suspension growth and reduced metabolic waste in long-term serum-free cultures.
GFI's Tamar Lieberman and Elliot Swartz shed light on the benefits of cultivated meat, including meeting a growing demand for protein without further straining finite planetary resources.
Moments ago, Systemiq, the systems change company, published an important new report titled China’s Food Future. Key findings were shared during a live webinar featuring renowned Columbia University historian Adam Tooze and agricultural policy expert Prof. Shenggen Fan of China Agricultural University.
Explore the science, tools, and training needed to teach alternative proteins and food innovation in STEM classrooms.
Droughts, epidemics, floods: climate change is already transforming Spain’s food system. Find out how alternative proteins can serve as a strategic tool to adapt to climate change and strengthen food security in Spain.
Discover opportunities for the convergent development of both cell lines and media for cultivated meat.