This product, Angel Brewers Yeast Extract, is an enriched paste obtained from Brewers yeast. It is abundant with essential nutrients such as peptides, proteins, amino acids, vitamins, nucleotides, and trace elements. It dissolves effecively in water and has a distinctive yellow to brown color.
Unlock the potential of your fermentation processes with Angel Brewers Yeast Extract for Culture Media, an unrivalled source of organic and nourishing compounds. Manufactured from carefully selected and fresh Brewers yeast, this product undergoes rigorous processes such as autolysis, enzymolysis, separation, vacuum concentration, and finally, spray drying. The result? A potent paste brimming with proteins, peptides, amino acids, nucleotides, vitamins, and trace elements.
Angel Brewers Yeast Extract effortlessly brings to the table an impeccable balance of peptides, proteins, amino acids, vitamins, nucleotides, and trace elements. This nutrient-rich profile perfectly aligns with multiple biological and industrial requirements. Whether you need organic nitrogen, growth inducers, or a viable alternative for animal nitrogen sources, this revolutionary product got you covered. Generally, a media concentration of 0.2-5% suffices for industry-leading results.
The composition of Angel Brewers Yeast Extract ensures straightforward and hassle free application. Its 0-2% solubility allows for easy blending with water. Its pH spectrum which lies between 5.3 to 7.2 guarantees a stable attribute fitting for your specific needs. Expect total moisture content to remain below 46.0%, while the total nitrogen and amino nitrogen constitute 59.0% and 53.0% of the dry matter content, respectively.
Every 20KG bag of Angel Brewers Yeast Extract pledges secure and manageable storage. Its stellar quality is preserved up to 24 months post-production when kept in a cool, dry location.
Choose Angel Brewers Yeast Extract for Culture Media - your top choice for an organic, nutrient-dense fermentation catalyst that promotes profound impact on your industrial processes.