INNOBIO's GlycerBlast™ leverages humidity resistance embedding microencapsulation technology to protect glycerol powder from air moisture which maintains it higher stability without clumping. At the same time, we also performed relative hygroscopicity and flowability tests. By measuring the angle of repose of glycerol powder in a high humidity environment, we found that GlycerBlastTM showed a smaller increase in the angle of repose than Control Group, indicating that GlycerBlast™ glycerol powder is more stable and easier to store. INNOBIO's GlycerBlast™ is composed of glycerol, silica and the innovative addition of L-leucine. L-leucine plays a crucial role not only in promoting glycerol hydration and glucose conversion efficiency, but also in compensating for amino acid losses during exercise. This stimulation of muscle protein synthesis leads to increased muscle mass and improved athletic performance.

INNOBIO's GlycerBlast™ leverages humidity resistance embedding microencapsulation technology to protect glycerol powder from air moisture which maintains it higher stability without clumping. At the same time, we also performed relative hygroscopicity and flowability tests. By measuring the angle of repose of glycerol powder in a high humidity environment, we found that GlycerBlastTM showed a smaller increase in the angle of repose than Control Group, indicating that GlycerBlast™ glycerol powder is more stable and easier to store. INNOBIO's GlycerBlast™ is composed of glycerol, silica and the innovative addition of L-leucine. L-leucine plays a crucial role not only in promoting glycerol hydration and glucose conversion efficiency, but also in compensating for amino acid losses during exercise. This stimulation of muscle protein synthesis leads to increased muscle mass and improved athletic performance.

INNOBIO's GlycerBlast™ leverages humidity resistance embedding microencapsulation technology to protect glycerol powder from air moisture which maintains it higher stability without clumping. At the same time, we also performed relative hygroscopicity and flowability tests. By measuring the angle of repose of glycerol powder in a high humidity environment, we found that GlycerBlastTM showed a smaller increase in the angle of repose than Control Group, indicating that GlycerBlast™ glycerol powder is more stable and easier to store. INNOBIO's GlycerBlast™ is composed of glycerol, silica and the innovative addition of L-leucine. L-leucine plays a crucial role not only in promoting glycerol hydration and glucose conversion efficiency, but also in compensating for amino acid losses during exercise. This stimulation of muscle protein synthesis leads to increased muscle mass and improved athletic performance.

INNOBIO's GlycerBlast™ leverages humidity resistance embedding microencapsulation technology to protect glycerol powder from air moisture which maintains it higher stability without clumping. At the same time, we also performed relative hygroscopicity and flowability tests. By measuring the angle of repose of glycerol powder in a high humidity environment, we found that GlycerBlastTM showed a smaller increase in the angle of repose than Control Group, indicating that GlycerBlast™ glycerol powder is more stable and easier to store. INNOBIO's GlycerBlast™ is composed of glycerol, silica and the innovative addition of L-leucine. L-leucine plays a crucial role not only in promoting glycerol hydration and glucose conversion efficiency, but also in compensating for amino acid losses during exercise. This stimulation of muscle protein synthesis leads to increased muscle mass and improved athletic performance.