Functionalised Silica nano-particles for enhanced drug delivery
Smart nanomaterials delivering cargo at the targeted site with zero premature release is an enchanting area of research in the field of material science. Traditional nanomaterials made from polymers and lipids suffer from many disadvantages such as premature drug release, stability issues in complex biological environment and low encapsulation capacity. We have recently made nano particles that can be programmed to release in certain parts of body. This project will involve optimising these nano particles and check loading capacity of several drugs in these nano particles and testing they in-vitro release.
Expected outcomes and deliverables:
The project will give insight into novel nanomaterials in the field of pharmaceutical formulations and the outcome of the project may be communicated as a manuscript to a journal. This is also a good opportunity for Master Biotech or Pharmacy students to get some research experience/training in our lab for potentially applying for honours or PhD in future.
We are looking for motivated individuals with Chemistry, nano materials and/or Pharmacy background. People with chemistry skills are also encouraged to apply.
Please contact Myrtle Sahabandu, Research and Scholarships Officer (Thursday and Friday), School of Pharmacy Email: email@example.com