Fusion transcripts are known to occur in cancerous cells across a range of cancers and might play important roles in the pathophysiology of cancer. In developing newer strategies to combat cancer, therapeutic knock down of fusion transcripts by RNA interference technology is being considered for its potential benefits in targeting cancerous cells.
The objectives of this project are to design small interfering RNAs (siRNA) against fusion transcripts in several cancer types with validation of specificity of these siRNAs in achieving therapeutic knock down of fusion transcripts resulting in better therapeutic outcomes for cancer progression and metastatic phenotypes.
Several projects are focused on the development of nanomedicines for application in cancer therapeutics, drug delivery for infectious diseases and also for regeneration of tissues using nanostructured scaffolds. Some of the tissues studied are bone, cartilage, cardiac tissue, vascular tissue and liver tissue. A wide range of natural polymeric nanostructured materials and bioceramics are being investigated for such applications.