Contacts: Dr. Anke Klingner, Dr. Mohamed Elwi, Dr. Nesrine El Gohary, Dr. Islam Khalil
General Information: bio-degradable and bio-absorbable magnetic microparticles and nanoparticles have unique potential applications in targeted therapy, sensing, and minimally-invasive interventions.
1. Drug Delivery using an Electromagnetic System and MIPsThis work addresses the motion control of a cluster of molecularly-imprinted polymers in the three-dimensional space. This localization is done using an electromagnetic system and is used to release drugs within the vicinity of a soft-tissue simulant. Concentration of the drugs throughout the simulant is tested to verify the proposed targeted drug delivery.
|
| ||
2. Targeted Drug Delivery using Molecularly-Imprinted Polymers
| |||
| Project details |
3. Control of Microrobots Against the Flowing Streams Inside
| |||
| Project details |
4. Targeted Drug Delivery using MIPs In VitroThis project addresses the motion control of molecularly-imprinted polymers in two dimensional-space with applications
towards targeted therapy. An electromagnetic system is developed to allow for the manipulation of the molecularly-imprinted polymers under the influence of the controlled magnetic field gradients. These particles are used to release drugs and achieve targeted therapy.
|
| ||