Overviews various aspects of microbial drug delivery systems as well as insights on strategies for the development of innovative microbial cargos using properties of microorganisms and their derivatives. Discusses topics like bacterial cellulose-based drug delivery systems, virus-based drug delivery systems, and more.
This new book, Advanced Drug Delivery Strategies via Microbial Cargos and Their Derivatives, dives into the fascinating field of microbial entities serving as carriers for therapeutic payloads, revealing a wide range of options for revolutionizing drug delivery.
In this volume, experts from around the world provide a comprehensive overview of the many important aspects of microbial drug delivery systems as well as insights on strategies for the development of innovative microbial cargos using the beneficial properties of microorganisms and their derivatives. The chapters present a wide variety of carrier systems obtained using microorganisms or their derivatives. It explores how advanced carrier models like synthetic microbes are being developed as drug delivery systems. Pre-clinical and clinical studies as well as regulatory perspectives are also emphasized in the book, which will aid in the development of more successful drug delivery carriers, which will also result in a more cost-effective process overall.
The volume first provides an introduction to advanced drug delivery systems using microbial cargo and derivatives and then delves into specifics, such as bacterial cellulose-based drug delivery systems, biotic components for oral drug delivery and oral vaccination, virus-based drug delivery systems, synthetic microbes as drug delivery systems, the safety and regulatory aspects of these drug delivery systems, and more.
This volume provides a plethora of information for researchers to investigate the intricacies of microbial drug delivery systems, such as varied cargo types and individual variations. This book will be an invaluable resource for students, giving them a concise grasp of fundamental concepts and most recent developments in these rapidly expanding rules and regulations.
1. Introduction to Advanced Drug Delivery Systems Using Microbial Cargo
and Derivatives
2. Bacterial Cellulose-Based Drug Delivery Systems
3. The
Application of Bacterial Extracellular Vesicles in Drug Delivery
4. Biotic
Components for Oral Drug Delivery and Oral Vaccination
5. Virus-Based Drug
Delivery Systems
6. Synthetic Microbes as Drug Delivery Systems
7.
Preclinical and Clinical Picture: Current Status
8. Safety and Regulatory
Perspective for Advanced Drug Delivery Strategies via Microbial Cargos and
Their Derivatives
9. The Obstacles of Bacterial Therapy
Vivek P. Chavda, MPharm, is an Assistant Professor (Selection Grade) in the Department of Pharmaceutics and Pharmaceutical Technology at the L. M. College of Pharmacy, Ahmedabad, Gujarat, India. Before joining academia, he served in the biologics industry for almost eight years in research and development with two successful regulatory filings at Lupin Biotech (Pune) and Dr. Reddys Laboratory (Hyderabad). He has published more than 250 national and international publications, 18 book chapters, 10 book chapters, four published books, one published textbook, and numerous newsletter articles. He also has four patents in progress. He is an editorial board member for various Scopus-indexed journals from Elsevier, Frontiers, and Taylor and Francis. He is listed among the worlds top 2 % scientists by Stanford University and Elsevier. His research interests include development of biologics process and formulations, medical device development, nano-diagnostics and non-carrier formulations, long-acting parenteral formulations, and nano-vaccines. He holds BPharm and MPharm degrees (gold medalist) from Gujarat Technological University, India.
Suneetha Vuppu, PhD, is currently working as a Professor of Biotechnology at the University Vellore Institute of Technology, Vellore, India, one of the premier institutions of India. Her publications include many over 250 journal papers, with 157 published in Scopus-indexed publications. She has also published nine books, 19 book chapters (Springer and Springer Nature), and eight patents. Six research scholars were awarded doctoral degrees under her supervision, and five are in progress now. She has overseen a total of 175 undergraduate projects as well as 56 postgraduate capstone research projects. Currently, Dr. Vuppu is an academic editor for six journals of repute. She has done international research collaborations with the National University of Singapore, Nanyang Technological University (Singapore), Singapore Cambridge University, University College London, University of Oxford, University of Florida (USA), Massachusetts Institute of Technology (USA), and St. Johns University (New York, USA). She has completed five research projects sponsored by the Government of India and other agencies. She has 25 years of teaching experience and 22 years of research experience. Her research interests include microbial technology, bio-enzymes, bioprocess engineering, applied microbiological aspects, bioremediation, food, vaccines, sanitizers, and environmental technology. She cleared NET, CSIR, UGC, New Delhi, on the first attempt. She was also awarded a best research paper award at SAARC conference (2002). Her other laurels include a best Red Cross program officer award from the Indian Red Cross, a Prathibha Jyothi Award from India, and a prestigious young scientist award/fellowship (under FAST TRACK scheme) from the Department of Science and Technology (DST), Government of India.
