麻豆淫院

A new study in npj Science of Food reveals a breakthrough in cultured meat production, using Aloe vera as a natural, scalable, and cost-effective scaffold. This research was led by Dr. Gilad Gome, under the guidance of Dr. Sharon Schlesinger and Prof. Oded Shoseyov, from the Robert H. Smith Faculty of Agriculture, Food, and Environment at the Hebrew University of Jerusalem.

Cultured meat production faces significant challenges in scalability, cost efficiency, and structural integrity. This breakthrough offers a sustainable solution by leveraging Aloe vera, a widely available agricultural byproduct, as a biocompatible scaffold that promotes cell adhesion, proliferation, and extracellular matrix formation. By incorporating oleic acid, the team successfully encouraged the formation of fat-like tissue鈥攐r "lipid chunks"鈥攚hich could improve the sensory experience of plant-based meat substitutes.

The research also highlights a novel bioprocessing approach, integrating Aloe vera scaffolds into a macrofluidic single-use bioreactor (MSUB). This technology, developed at Reichman University by Dr. Jonathan Giron and his team, facilitates cost-effective, large-scale production, making cultured meat more commercially viable while reducing reliance on animal-based materials.

Unlike synthetic or polymer-based scaffolds, Aloe vera's natural structure retains high liquid absorption properties, creating an optimal environment for cell growth without requiring additional reinforcement.

"Aloe vera has long been known for its medicinal and nutritional benefits, but our study shows it also holds great potential for sustainable food production," said Dr. Schlesinger. "By repurposing this natural byproduct into a biocompatible scaffold, we are taking a significant step toward scalable, cost-effective cultured meat production that could help address global food security and environmental challenges."

Aloe vera's FDA-approved status as a food additive further supports its potential for industrial application in cultivated meat. With global Aloe vera production reaching up to 500,000 metric tons annually, its use as a renewable, edible scaffold aligns with the growing demand for sustainable food solutions.

This pioneering work not only enhances the feasibility of cultured meat but also presents new opportunities for food technology, tissue engineering, and the alternative protein industry. The team at Hebrew University hopes this innovation will pave the way for more accessible and environmentally responsible protein sources, shaping the future of food production.