Speaker
Description
The Clay minerals are one of the most abundant minerals on the Earth's surface, which has had a special place in various industries since ancient times. These minerals, due to their unique properties and extremely small size at the nano level, are still one of the most valuable widely used materials in nanotechnology and various industries such as medicine and pharmacy. The use of green nanotechnology, along with research on the use of clay minerals (such as montmorillonite), has led to the synthesis of plant-based nanocomposites on nano-clay due to their valuable properties in the field of nanotechnology. The use of green nanotechnology, along with research on the use of clay minerals (such as montmorillonite), has led to the synthesis of plant-based nanocomposites on nano-clay due to their valuable properties in the field of nanotechnology. Encapsulation of optimized nano-clay with curcumin molecules is a very safe method without using any chemical compound in the production of herbal drug carriers based on nano-clays. Synthesis and production of herbal therapeutic nanomaterials based on modified clays is a very modern in green nanotechnology research with herbal extracts (phyto-synthesis) in the pharmaceutical industry. Mineral-herbal antibacterial nanocomposites that are safe and compatible with the organs of the human body are a new and practical step in research to combat various diseases today. In addition, these medicinal nanocomposites do not have the side effects of chemical drugs, improve the extract of the effective herbal substance, and ensure the transport and release of the effective herbal drug substances.
