Our Pro-Protein Platform

Amai develops novel proteins which answer the needs of consumers and industry. The first application is sweet protein, inspired by nature, built with biology through a natural fermentation process. With its pro-protein platform, the company aims to create new breakthroughs which are set to shape the future of functional protein.

How it works

Amai develops novel proteins which answer the needs of consumers and industry. The first application is sweet protein, inspired by nature, built with biology through a natural fermentation process. With its pro-protein platform, the company aims to create new breakthroughs which are set to shape the future of functional protein.

Different applications

Amai develops novel proteins which answer the needs of consumers and industry. The first application is sweet protein, inspired by nature, built with biology through a natural fermentation process. With its pro-protein platform, the company aims to create new breakthroughs which are set to shape the future of functional protein.

Sweet protein

Amai develops novel proteins which answer the needs of consumers and industry. The first application is sweet protein, inspired by nature, built with biology through a natural fermentation process. With its pro-protein platform, the company aims to create new breakthroughs which are set to shape the future of functional protein.

Our technology

Amai develops novel proteins which answer the needs of consumers and industry. The first application is sweet protein, inspired by nature, built with biology through a natural fermentation process. With its pro-protein platform, the company aims to create new breakthroughs which are set to shape the future of functional protein.

Impact

Amai develops novel proteins which answer the needs of consumers and industry. The first application is sweet protein, inspired by nature, built with biology through a natural fermentation process. With its pro-protein platform, the company aims to create new breakthroughs which are set to shape the future of functional protein.

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