About D(+)-Trehalose dihydrate
Trehalose is a naturally occurred disaccharide and was first discovered in a bacterium grown on rye by Wiggers in 1832. The research followed indicated that trehalose exists widely in nature, mostly in plants and microorganism, such as eatable mushroom, seaweed, legumes, shrimp, brewers and fermented yeast foods in daily life.
Trehalose is a non-reducing sugar consisting of two glucose molecules and is one of most stable sugar in the world. During the research of dehydration of plant cells, scientists found that trehalose can effectively prevent cell membrane, protein and other molecules from damage upon drying, and keep the natural biological character after re-hydration of the dried plants. Some insects that can keep alive even under the conditions of hyperthermia, deep-coldness, dehydrating etc, is largely attributed to the existence of trehalose as the main components. Trehalose has been proved from the abundant experimental results that trehalose can form a special protective layer around the protein and other biomolecules, efficiently protecting biologicals under harsh conditions such as hyperthermia, deep-coldness, hypertonia, dehydrating, and keep intact their biological characteristics. Trehalose is a kind of sugar that preserves life. Trehalose is not only useful for the food industry. Other sugars dont have this performance. One of the most important fact about trehalose is that both exogenous and endogenous trehalose have the same protective effect on living body and biological molecules. Because the amount of endogenous trehalose existed in most living bodies so small that utilization of exogenous trehalose became increasingly important in the fields such as pharmaceutical, food, cosmetics, agriculture and biotechnology. In addition to be excellent activity protective reagent of protein medicines, enzyme, vaccines and other bio-products, trehalose is the key important component of keeping cell activity and cosmetics moisture. Furthermore, trehalose is a unique food ingredient which can avoid the food degradation and then keep the fresh flavor of original food. So, as the sweetener, trehalose is widely used in food process.
Versatile Functionality in Multiple IndustriesD(+)-Trehalose dihydrate is highly regarded in the food, pharmaceutical, and cosmetics sectors due to its remarkable purity and solubility. It acts as an excellent stabilizer and moisture retainer, making it ideal for use in applications requiring long-term product preservation without altering flavor or texture. Its neutral taste and compatibility with a wide range of other ingredients further enhance its broad usability.
Stringent Quality and Packaging StandardsEach batch of trehalose dihydrate undergoes meticulous quality checks to ensure it meets food-grade requirements. The product is packed in 25 kg bags featuring a polyethylene inner lining with a paper outer layer. This packaging approach helps protect the powder from moisture and contaminants during storage and shipping, ensuring that customers receive the product in optimal condition.
FAQs of D(+)-Trehalose dihydrate:
Q: How is D(+)-Trehalose dihydrate typically used in the food industry?
A: D(+)-Trehalose dihydrate is commonly used as a sweetener, stabilizer, and preservative in a variety of food products, including baked goods, beverages, and confectionery. Its ability to retain moisture and its neutral flavor help improve product texture while extending shelf life.
Q: What are the processing and handling requirements for this powder?
A: Trehalose dihydrate should be stored in a cool, dry environment in its original, sealed packaging to maintain its integrity. Handling the powder with clean, dry tools and equipment is essential to avoid contamination or moisture absorption.
Q: When should trehalose dihydrate be incorporated into formulations?
A: It is best added during the mixing or blending stages, depending on your specific formulation. Its high solubility in water makes it suitable for use in both dry and liquid preparations, ensuring even distribution throughout the finished product.
Q: Where does the D(+)-Trehalose dihydrate originate from and how is it manufactured?
A: This product is primarily manufactured in China and is typically derived from corn starch through enzymatic or biotechnological processes, resulting in a high-purity, food-grade powder ideal for industrial applications.
Q: What are the main benefits of using trehalose dihydrate in pharmaceuticals and cosmetics?
A: In pharmaceutical products, trehalose dihydrate acts as a stabilizer and protects sensitive active ingredients. In cosmetics, it helps maintain moisture and enhances product stability, contributing to longevity and user experience.
Q: What is the shelf life of D(+)-Trehalose dihydrate, and how should it be stored?
A: Trehalose dihydrate has a shelf life of up to 3 years when stored properly in its original polyethylene-lined paper bag, away from direct moisture and heat.