State of the Industry: Brazil
Get the latest insights on Brazilian consumer behavior, the role of animal meat in consumers' diet, and how plant-based meats are perceived in the context of everyday food.
Fermentation
State of Alternative Protein series
Explore our comprehensive State of Alternative Proteins series for insights into the rapidly evolving alternative protein landscape.
Deep dive: Fermentation upstream bioprocess design
Explore the processes, equipment, and bioreactors critical for commercial fermentation-derived ingredient production.
State of the Industry: Fermentation for meat, seafood, eggs, dairy, and ingredients
This report details the commercial landscape, investments, regulatory developments, and scientific progress in the fermentation for alternative proteins industry.
Nomenclature and messaging for precision fermentation
Precision fermentation has the potential to help meet the growing global demand for animal products like eggs and dairy, but with a fraction of the land, pollution and climate emissions that would come with expanding industrial animal agriculture.
The Business of Alt Protein: How to communicate your brand story, a practical three-part series with Brian Cooley
Join us for The Business of Alt Protein: How to communicate your brand story, a practical three-part series with Brian Cooley.
Machine Learning and Artificial Intelligence in Alternative Proteins
Join the Johns Hopkins Alt Protein Project on April 23rd for an insightful conversation on the role of machine learning and artificial intelligence in advancing alternative protein technology.
DC Climate Week: Food+Climate – Reducing Food System Emissions in the Current Climate
Food is one of the most overlooked yet powerful climate solutions. What we eat—and how we dispose of it—drives nearly one-third of global emissions, shapes biodiversity, and impacts air and water quality. But the food system also holds immense potential for change.
The Science of Alt Protein: Deploying alternative feedstocks for biomanufacturing of food
Explore the latest advancements in bioconversion of C1 and lignocellulosic feedstocks and their potential to revolutionize renewable food production.
