Novel Drug Delivery Systems for Delivery of Herbal Medicine

New types of plant-based formulations such as polymer nanoparticles, nanocapsules, liposomes, phytosomes, animations, microspheres, transposons and ethosomes have been reported using active and vegetative propagation methods. The new formulations are described as having significant advantages over conventional formulations of active ingredients and plant extracts, including improved solubility, bioavailability and protection. antitoxicity, improved pharmacological potency, improved stability, improved distribution of tissue macrophages, prolonged use and protection against toxicity. physical and chemical degradation. Phytosomes are a proprietary technology developed by a leading pharmaceutical and pharmaceutical manufacturer that combines standard plant extracts or water-soluble plant ingredients into phospholipids to form complexes. lipid-compatible molecules. Herbal medicines can be used in a more straightforward course with increased effectiveness by incorporating them into modern dosage forms. This can be done by designing new drug delivery systems for herbal ingredients. This review highlights the current state of development of new herbal formulations and summarizes the type of active ingredient, bioactivity, and application of the new formulations. New drug delivery systems are new approaches to drug delivery that address the limitations of conventional drug delivery systems. Our country has a vast knowledge base of Ayurveda, the potential of which has only been realized in recent years. outdated and thus reduce the effectiveness of the drug. Applied in herbal medicine, new drug delivery techniques can help improve the efficacy and reduce side effects of various herbal and herbal compounds. This is the basic idea behind integrating new drug delivery methods into herbal medicine. Therefore, it is important to integrate new drug delivery systems with Indian Ayurvedic medicines to combat more serious diseases. Herbal medicines have long been discouraged due to lack of scientific evidence and difficulty in treatment. Standardization, extraction and identification of individual drug components in complex diverse systems are not intended to be developed as new formulations. However, modern plant protection research is limited to determining the scientific requirements (pharmacokinetics, mechanism of action, site of action, exact dosage required, etc.) plants to introduce new drug delivery systems such as nanoparticles, microemulsions. and matrix. . etc) can be resolved. system, solid dispersion, liposomes, solid lipid nanoparticles, etc. This article summarizes the different drug delivery techniques that can be used in plants, along with some examples.