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Microencapsulation for target specific release is a technology that involves a process of micro multi-layer coating with various nutritionally useful coating materials. This process enables pH-based active release characteristics such as rumen bypass, sustained release, and site-specific activity. The technology involves encapsulating a core ingredient within a protective coating that can withstand harsh environmental conditions, such as high temperatures and acidic environments. The coating can be made from a variety of materials, including proteins, polysaccharides, lipids etc., which can be tailored to provide specific release profiles. This technology is used extensively in the animal nutrition industry to enhance the delivery of nutrients and other functional ingredients to the animal's digestive system. The technology ensures that the active ingredients are released at the desired site, such as the intestine, where they can have the greatest impact on animal health and productivity. Microencapsulation for target specific release is an effective way to improve the efficacy of animal feed and ensure that animals receive the necessary nutrients and functional ingredients for optimal health and performance.
Multiple micro encapsulation of active ingredients
The protecting layers are made of nutritionally important natural coating material
Composition of coating material is designed based on the release requirements eg. slow release in the rumen, rumen bypass, release in the intestine etc.
Microencapsulation ensures enhanced shelf-life for the product
Microencapsulation also eliminates risk of degradation of actives within the rumen and avoids incompatibilities with other nutrients.
Microencapsulation for target specific release is a technology that involves coating a core ingredient with a protective layer that can withstand harsh environmental conditions. The coating is designed to provide specific release characteristics.
The technology ensures that the active ingredients are released at the desired sites such as the rumen and intestine, where they can have the greatest impact on animal health and productivity.
The coating can be made from a variety of materials, including proteins, polysaccharides, and lipids, which can be tailored to provide specific release profiles.
Microencapsulation for target specific release is designed to provide specific release with profiles based on pH levels, temperature, and solubility whereas other encapsulation techniques may not provide this level of control over the release of active ingredients.
Microencapsulation for target specific release is an effective way to improve the efficacy of bio-active molecules in terms of bio-availability at the site of absorption.
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