Smart drug delivery systems, functionalization of nanomaterials, biosensing technology

Fields: Biotechnology, nanomaterials, drug delivery systems

Professor H. has more than a decade of research experience in the field of biotechnology and nanomaterials. After earning his doctorate, he led several national and international research projects, focusing on the development of novel drug delivery systems and smart materials. His research results are widely used in the pharmaceutical industry and medical device development.

Papers published

Professor H. has published several papers in top international journals covering the following topics:

1. Application of nanomaterials in drug delivery

   A novel functionalized nanoparticle is proposed to improve the targeting and biocompatibility of drugs.

2. Intelligent biomaterials

   The development of a smart material that can regulate the drug release rate in a specific environment, significantly improving the therapeutic effect.

3. Development of biosensors

   Design of a high-sensitivity biosensor that can be used to monitor disease markers in real time and has clinical application potential.

Technology Solution

The technical solutions provided by Professor Hassan mainly include:

1. Smart drug delivery system

   • Developing disease-specific smart nanoparticles that can regulate drug release according to changes in the physiological environment and improve treatment efficiency.

2. Functionalization of nanomaterials

   • Through surface modification and functionalization, the targeting and biocompatibility of nanomaterials are enhanced, which is suitable for targeted cancer therapy and regenerative medicine.

3. Biosensing technique

   • Provides biosensor-based rapid detection solutions for early disease diagnosis and health monitoring.

Project Information

1. Project name: Development of targeted drug delivery systems

   Objective: To develop a novel nanomedicine carrier for targeted cancer therapy.

   Status: In progress, preliminary animal experiments have been completed, and the results show good results.

2. Project name: Application of intelligent biomaterials

   Objective: To study the application effect of intelligent biomaterials in wound healing.

   Status: Preclinical studies are underway and are expected to enter clinical trials within the next year.

3. Project name: Development of high sensitivity biosensor

   Objective: To develop new biosensors for real-time monitoring of disease markers.

   Status: Prototype design completed, performance optimization and verification at this stage