Part 1: Introduction to Nanomaterials in Gene and Nucleic Acid Delivery 1. Nanomaterials: Basics to biocargo-delivery applications 2. Gene therapy: Principles, prospects, and challenges in viral and non-viral gene delivery stratagems 3. Harnessing nanomaterials in gene delivery, gene therapy and genome engineering- Retrospect and prospects Part 2: Spectrum of Nanomaterials for Gene Delivery 4. Design, diversity and applications of polymeric nanomaterials in gene delivery 5. Dendrimers and nanostructured hyperbranched polymers in gene delivery 6. Proteins and peptide nanomaterials for gene delivery 7. Polysaccharide based nanomaterials for gene delivery 8.
Lipid based nanomaterials in gene delivery 9. Harnessing exosomes for gene delivery 10. Metal based nanomaterials in nucleic acid delivery and therapy 11. Carbon and silica-based nanomaterials for gene delivery 12. Quantum dots as multifunctional gene delivery agents 13. Trigger/stimulus-responsive nanomaterials for gene delivery 14. Viruses: Prospects for nanomedicine and gene delivery Part 3: Approaches and Considerations in Nanomaterials Mediated Gene Delivery 15. Factors affecting in vitro and ex vivo transfection and in vivo gene delivery using nanomaterials 16.
Nanomaterials and gene expression profile modulation 17. Assay approaches for in vitro and in vivo gene expression profiling 18. Nanotechnology, omics science and gene therapy 19. Nanomaterials and facets of epigenetics Part 4: Key Applications and Clinical Translation 20. Plant genome engineering: Prospects of nanomaterials-based gene delivery 21. Gene delivery using electrospun nanobiomaterials: Implications in tissue engineering and regenerative medicine 22. Nanomaterials for siRNA delivery and the gamut of applications 23. Nanomaterials as CRISPR/Cas delivery platforms for genome editing 24.
Harnessing nanomaterials in gene therapy for cancer 25. Nanomaterials for neural-specific gene therapy 26. Nanotechnology in gene delivery for ophthalmic applications 27. Ethics, clinical translation and safety regulations of nanomaterials in gene therapy.