-Carrying out high-level research in polymer synthesis, scale-up production-Efficacy evaluation of the polymers based gene therapy in in vitro (attachment,suspension, patient derived primary cells) and in vivo model -Identifying patentable inventions, Involved in business development to identifying strategic partners

-Synthesis of polymeric biomaterials, formulation of polymer-based nanoparticle for gene, siRNA delivery, evaluation of cellular uptake, Intracellular trafficking and efficiency elucidation in both in vitro and in vivo model.-High throughput siRNA library screening to identify therapeutic targets associated with cancer cell growth, survival and drug-resistant-RNAi mediated cancer gene therapy in breast cancer leukemia models-Identification siRNA targets to sensitize… Show more -Synthesis of polymeric biomaterials, formulation of polymer-based nanoparticle for gene, siRNA delivery, evaluation of cellular uptake, Intracellular trafficking and efficiency elucidation in both in vitro and in vivo model.-High throughput siRNA library screening to identify therapeutic targets associated with cancer cell growth, survival and drug-resistant-RNAi mediated cancer gene therapy in breast cancer leukemia models-Identification siRNA targets to sensitize cancer cells against drug treatment, identification of synergistic pair (siRNA/protein, siRNA/drug, siRNA/DNA) for combination therapy and study the synergistic mechanism.-Contributing to the project of scientific discipline, investigating, creating, and developing new methods and technologies, identifying patentable inventions, participating in scientific conferences and contribute to scientific journals. Show less

-Design and synthesis of monomers, chemical modification of anti-cancer drugs, polymer synthesis by Free radical polymerization, atom-transfer radical polymerization (ATRP), reversible addition-fragmentation chain-transfer polymerization (RAFT). Synthesis of redox-sensitive cationic lipopolymers for serum compatible gene delivery.-Nano-engineering of multi-compart drug delivery system, thermos-sensitive nano-capsules and functionalization with peptides molecules.-Formulation of… Show more -Design and synthesis of monomers, chemical modification of anti-cancer drugs, polymer synthesis by Free radical polymerization, atom-transfer radical polymerization (ATRP), reversible addition-fragmentation chain-transfer polymerization (RAFT). Synthesis of redox-sensitive cationic lipopolymers for serum compatible gene delivery.-Nano-engineering of multi-compart drug delivery system, thermos-sensitive nano-capsules and functionalization with peptides molecules.-Formulation of polymer-based nanoparticle for delivery of gene, siRNA and anticancer drugs, evaluation of cellular uptake, Intracellular trafficking and efficiency elucidation in both in vitro and in vivo model. Show less