1. Easy to take:
Empty capsules are easy to take because they usually have a smooth outer shell, making it easier for patients to swallow them easily without discomfort. In contrast, some larger tablets may need to be cut or ground to ensure the patient can swallow them easily. For example, some antibiotics need to be taken in tablet or powder form, but by encasing them in empty capsules, patients can more easily follow their doctor's orders and ensure they take the prescribed dose.
2. Drug packaging:
Empty capsules provide excellent drug packaging protection. They effectively isolate medications or supplements from moisture, oxygen, and other environmental factors. For example, some drugs are extremely sensitive to moisture, so enclosing them in empty capsules can prolong their stability and ensure their effectiveness.
3. Customized dosage:
Empty gelatin capsule can be made into specific dosages based on the patient's needs. This precise dose control is critical for treating chronic diseases or drugs that require very specific doses. For example, for patients with heart disease, doctors can create customized medication regimens to ensure each patient gets the exact amount of medication they need to maintain their health.
4. Avoid Taste and Odor:
Some medications or supplements have an intolerable taste or smell that may prevent patients from taking them. This problem can be avoided by filling the medication into empty capsules. For example, some fish oil supplements may trigger a fishy odor, but encapsulating them in capsules prevents patients from perceiving the taste.
5.Controlled release technology:
Empty capsules can also be used to control drug release. This is useful in situations where gradual release of the drug is required to maintain stable blood concentrations. For example, long-acting capsules can extend the effectiveness of the drug by releasing it at regular intervals, thereby reducing the frequency of dosing. This greatly improves the convenience of treatment for patients with chronic diseases.
6.Drug Compatibility:
Empty capsules are usually made of gelatin or plant cellulose. These materials are generally compatible with various drugs and will not react with drugs. This makes them ideal for packaging and delivering a variety of different medications.
7. Research and development:
In drug research and development, empty capsules are used to conduct drug dosage form testing and clinical trials. Researchers can use empty capsules to test the appropriate dosage, bioavailability and drug release characteristics of new drugs, thereby driving innovative drug development.
8. Nutritional supplements:
In the field of nutritional supplements, empty capsules can be used to package various vitamins, minerals, plant extracts and other health supplements. This provides a convenient way to meet the body's needs for these substances. For example, vitamin D supplements are often provided in empty capsule form because vitamin D is fat-soluble and this form better protects its stability.
9. Lightweight and portable:
Empty capsules are easy to carry and require no additional packaging or handling. This allows patients to easily carry medications or supplements when traveling or out without burden or inconvenience. This is especially beneficial for those who need to take medications or supplements on a regular basis.
Enteric-coated Hollow Capsules
Product introduction: Enteric gelatin hollow capsules are made of gelatin and enteric coating materials.
Product Category: Pharmaceutical Excipients
Product application: It is often used in special packaging for drugs or health care products that are irritating to the stomach or are unstable in the presence of acid, and that need to be dissolved in the intestine and exert their curative effect.
Product function: Intestinal positioning administration, reducing adverse reactions. Targeted fixed-point release: no disintegration and no cracks in gastric juice for two hours, and drug release in intestinal juice within 30 minutes, providing a perfect solution for protein polypeptide drugs and live bacteria preparations.
Product advantages: Intestinal-targeted drug delivery can improve drug efficacy and reduce dosage, and at the same time, it can reduce adverse reactions and facilitate the use of patients; it can also avoid the degradation of oral protein polypeptide drugs or health care products, providing the best absorption site for drugs.