The third section discusses the future of mRNA technology, exploring potential applications such as cancer therapy, prevention of infectious diseases, and replacement of missing or damaged proteins. This is a valuable resource for scientists, researchers, and clinicians who are interested in the latest developments in mRNA technology. It is also a useful reference for students and professionals who are working in the fields of biotechnology, pharmaceutical science, and vaccine development.
Table of Contents
Section 1. Foundational Knowledge1. Introduction to mRNA and mRNA-Based Therapeutics
2. Overview of the Immune System and Introduction to Vaccines.
Section 2. The Science and Delivery of mRNA
3. mRNA Structure, Design Innovations, and Synthesis via IVT
4. Delivery Systems for mRNA
Section 3. Clinical Applications of mRNA
5. mRNA vaccines for COVID-19
6. mRNA-based Cancer Therapeutics
7. Further Therapeutic Applications of mRNA and saRNA
Section 4. mRNA Vaccine Dynamics: Efficacy, Safety and Society
8. Vaccine Efficacy, Safety, and Regulatory Controls
9. Navigating Societal Complexities of mRNA Vaccines
Authors
Anya Hillery Saint Louis University Madrid, Madrid, Spain.Dr. Hillery's Ph.D. and post-doctoral research work were in the field of vaccines and nanoparticles (the delivery system for mRNA vaccines) at the Centre for Drug Delivery Research, University College London School of Pharmacy, Brunswick Square, London, UK. As a Senior Lecturer in the University of Brighton, UK, she ran her own research laboratory carrying out extensive research in the fields of nanoparticulate delivery systems and oral vaccines.
She has published widely in peer-reviewed scientific journals in the field, presented at numerous international conferences, edited two acclaimed books on drug delivery, been awarded various research grants and received various awards.
Dr. Hillery is currently a lecturer in Health Sciences at Saint Louis University (SLU), Madrid Campus, Spain.
