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The book covers all aspects of future preparedness for COVID-19 pandemic-like situations as the COVID-19 pandemic commences at its endemic stage. Pandemics and large-scale outbreaks impact public health to a greater extent, causing the loss of millions of lives and financial loss to businesses which eventually lead to unemployment and economic crises. This book covers all lessons learned from past pandemics, including their spread, virulence, long-term health effects, etc. It includes a chapter focusing on the actions that need to be taken to deal with similar situations in the future.
The book mainly comprehends on identification and fulfilment of gaps in pandemic preparedness, the development of an effective early warning system, the strengthening of existing strategies as well as the need for the implementation of new global policies to mitigate future pandemics. It focuses on the role of omics approaches to understand and explore the newer and faster mechanisms for prevention, detection, and response to emerging biological infections. It also covers the psychological impact due to pandemic and its solution.
The book has a broad scientific impact and shall be helpful specifically for academicians/ students having an interest in microbiology, virology, and immunology fields.
It is aligned with SDG 3, "Good Health and Well-being".
Dr. Rajeev Varshney is currently serving as the Director of the Defence Institute of Physiology and Allied Sciences (DIPAS), Delhi, India. He was Associate Director and Head Technology Management Division prior to assuming the charge of Director. Before moving to DIPAS, he served as Director, Technology Support & Management in the office of the Secretary Department of Defence R&D and Chairman DRDO. Dr Varshney is a postgraduate in biochemistry from Aligarh Muslim University and PhD from Jawaharlal Nehru University, New Delhi. He has successfully contributed to the development of mechanism-based drugs for countering radiation injuries. He has also contributed in understanding human responses to high altitude adaptation and maladies using ‘omics’ approaches. Initiated a programme for inclusion of human factors engineering for indigenously developed military platforms. He has been awarded DRDO Spin off award, DRDO Lab-level Technology Group award and the Young Scientist award (twice) for presenting his work in Japan and Italy. He has contributed towards seamless transfer of over 16 technologies developed at DIPAS through LAToT agreements to 132 industries for bulk production and induction of products with users. He played a pivotal role in establishing DIPAS as one of the leading COVID-19 testing laboratories in the country and involved in the research work related to identification of COVID-19 severity biomarkers. He has served as an expert member of DST and ICMR projects advisory committee for funding and is a member of the National Academy of Medical Sciences. He has published several research papers in national/international journals of repute.
Dr. Swati Srivastava is currently serving as a Senior Scientist at Defence Institute of Physiology and Allied Sciences (DIPAS), Delhi, India and has been actively engaged in research activities for over 18 years. She did her master’s in environmental biology with a specialization in biotechnology from the Department of Environmental Studies, University of Delhi. Dr. Swati obtained her Ph.D. degree in Environmental Studies from the University of Delhi. She joined DIPAS, Defence Research and Development Organization (DRDO) as Scientist in 2004 and since then working actively in the field of molecular biology and genomics on several research projects. Her research interests include identification of biomarkers for susceptibility and genetic resistance of human beings to various high-altitude maladies such as venous thrombosis (VT) and high-altitude pulmonary edema (HAPE) under extreme environmental conditions. She has published several research articles in various reputed national and international journals, including three book chapters. Her research area includes multi-OMICS-based studies on high altitude maladies under which she has identified various potential miRNAs, genomic and exomic variants and methylation patterns that could be useful as early predictive and diagnostic biomarkers for high altitude disease management. Recently, she has been engaged in identification of biomarkers for prediction of COVID-19 susceptibility and severity and has published several research articles related to it. She is a recipient of DRDO Lab-level Technology Group award and Best Research Publication award. Also, she has presented her work at var
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