According to the center members, various activities in drug delivery, design, and synthesis of drugs and new carriers, measurement of active pharmaceutical ingredients, and health and beauty products have been done, which has led to research achievements, inventions, and commercial products. In line with the goals of the Center for Pharmaceutical Sciences Research Team of the Faculty of Chemistry, in order to carry out a drug delivery project based on Holoysite nanotubes (HNT), it has been awarded the third title in the world. The publication of more than 200 articles and scientific research in fields related to the center's activities is only part of the potential of the capable members of this research center.

Research Works

• Design of drug delivery systems based on halloysite nanotubes to heal chronic wounds
• Design of drug delivery nanocomposites based on mineral nanoclay for gastrointestinal drug delivery
• Design and synthesis of molecular mold polymers for drug delivery to the heart
• Design and synthesis of bio-nano composites with pH-controlled release
• Design of drug delivery systems based on tissue engineering and nanofibers
• Design of biocompatible and biodegradable drug delivery systems to improve cancer
• Design and synthesis of antibacterial hydrogels for controlled and targeted drug delivery
• Design of controlled drug delivery systems based on carbon nanotubes
• Design and construction of drug delivery systems to create connective tissue in chronic wounds
• Design of a controlled and intelligent drug delivery system in the treatment of chronic heart diseases such as angina
• Design of molecular mold membranes for isolation and purification of specific drug species
• Extraction and measurement of active pharmaceutical ingredients such as phenytoin in plasma, urine, and effluents of pharmaceutical companies
• Measurement, extraction, and evaluation of the properties of herbal medicines and medicinal plants such as pecans, fennel, etc.
• Provide drug delivery systems for insulin delivery in diabetic patients
• Design and manufacture of drug delivery systems based on magnetic iron nanoparticles
• Graphene oxide-based drug delivery systems
• Design and review of biosensors
• Design and manufacture of green disinfectant to fight coronavirus
• Synthesis of nanocarriers to increase the resistance of light-sensitive drugs