Based on high-amylose corn resistant starch (not all types of resistant starch) has become an industry consensus as a prebiotic. As a novel and highly differentiated prebiotic, many customers are still not fully aware of its advantages, characteristics, and potential drawbacks in application. For more detailed information, you can request the Special Edition of the Prebiotics Manual.

1. Delicious—New Type of Texture: The texture is very good, with no stickiness, no clumping, and no sugar core. Utilizing the non-hygroscopic nature of resistant starch as a dispersant, it will not cause clumping or stickiness whether eaten dry or dissolved in hot water. There is no need to use chemical dispersants such as silicon dioxide.

2. **Non-Hygroscopic—A significant risk for powdered products is clumping due to moisture absorption. Common prebiotics like fructooligosaccharides are small molecules that are prone to clumping when exposed to moisture. Resistant starch, being a large molecular crystalline structure, is non-hygroscopic. Packaged in strip packs, it does not clump, has high dispersibility without the need for dispersants, maintains stable water activity, supports a large number of viable microbial populations, and ensures high powder quality with reduced risk of quality incidents.

3. **Large Molecule—Resistant starch is unique in that it contains Slowly Digestible Fiber (SDF). As a large-molecule prebiotic, numerous studies have proven its benefits, including better microbial abundance, higher production of butyrate, slower gas production, and reduced risk of diarrhea. It effectively promotes the growth of beneficial bacteria such as Bifidobacterium and Akkermansia muciniphila. This addresses the limitations of other prebiotics, such as the inability to regulate specific microbial populations, singular short-chain fatty acid profiles, concentrated drawbacks, and insufficient tolerance.

4. **Other—Resistant starch is a large-molecule, slow-digesting carbohydrate with no reducing sugars. It is widely used in applications related to low glycemic index (GI) foods, high-fiber products, blood sugar management, and weight management. It also has applications in pharmaceuticals and medical foods. There are also discussions about its potential benefits for anti-inflammation and fatty liver. Moreover, it is a white, odorless powder that is highly process-tolerant.