The efficacy of plant hollow capsules
The efficacy of plant hollow capsules is mainly reflected in the following aspects:
Protecting drugs: Plant hollow capsules can effectively protect drugs from the influence of factors such as gastric acid and digestive juices, prolong the stability of drugs in the body, and thus ensure the durability and accuracy of drug efficacy. This feature is particularly suitable for drugs that are sensitive to acid or need to be released in specific parts.
Masking drug odor: Plant hollow capsules can wrap drugs, reduce or eliminate the bad smell or bitterness of the drugs themselves, and improve the patient's taking experience, especially for children or people who are sensitive to the taste of drugs.
Easy to swallow: Its internal hollow structure makes it easy for patients to accept it without obvious foreign body sensation when taking it, especially suitable for children, the elderly and other people with difficulty in swallowing, which helps to improve medication compliance.
Controlling drug release: By adjusting the properties of the capsule wall material, sustained release or targeted release of drugs can be achieved. For example, enteric-coated capsules can dissolve in the small intestine to prevent the drug from being destroyed in the stomach and reduce irritation to the gastric mucosa.
Improve bioavailability: Plant hollow capsules are usually made of natural ingredients such as sodium alginate and plant starch. They are easy to decompose in the human body and can dissolve quickly and safely, ensuring that the active ingredients of the drug are fully absorbed, thereby improving the therapeutic effect.
Environmental protection and safety: No preservatives are required in the production process, and no animal-derived ingredients are contained, avoiding potential risks such as mad cow disease and infectious diseases, while reducing allergens, and are suitable for vegetarians and people who are sensitive to animal products.
Extend product shelf life: Its low water content (usually less than 7%) makes it particularly suitable for filling hygroscopic or moisture-sensitive contents, effectively preventing drugs from getting damp and deteriorating, and ensuring product quality.
