Integrated Cellular and Molecular Pharmacology: A Comprehensive Guide for Pharmacy and Medical Sciences

Cellular and molecular biology has experienced a seismic change in a transforming field that was predominantly descriptive to a very predictive and mechanical science. Nowadays, the cell is not only known as the structural unit of life, but rather as a complex and self-organizing system that processes information and ensures homeostasis via complicated molecular networks. This book is the creation of the academic community within the School of Healthcare and Allied Sciences, GD Goenka University, and it is aimed at becoming an extensive source of how these basic principles of cells can be transformed to modern medicine and biotechnology.
With the basic building block of life, we will set off on exploring the structural subtleties that can differentiate prokaryotic and eukaryotic life and the dynamism of the plasma membrane as a life regulation interface. This is further developed within the text that investigates the specialized architecture of organelles including the nucleus as the genomic command center up to the powerhouse of the cell the mitochondria and how compartmentalization enables the simultaneous occurrence of mutually incompatible biochemical activities.
Much of this writing is devoted to the blueprints of life, genetics and molecular biology. We will discuss the genomic machinery of gene expression and the genomic technologies, including RNA-seq and CRISPR-Cas9, that have transformed the way we read, perturb, and engineer genetic information. Moreover, the book touches upon the important equilibrium between life and death, the possibilities of which are studied by the author through the lenses of the pathways of apoptosis and autophagy, the disruption of which is central to an extensive number of human pathologies.
The book changes its perspective towards clinical frontier in its final chapters. We also look at the booming area of Gene Therapy, Pharmacogenomics, and Immunotherapy including the latest groundbreaking technology such as CAR-T cell therapy and monoclonal antibodies. These segments point out how the fundamental research in cellular research is being translated into precision medicine that is focused on the underlying molecular basis of the disease and not on the symptoms.
As a student, researcher or even as a healthcare practitioner, this book is supposed to equip you with both the conceptual and technical knowledge needed to navigate the fast moving world of the biological sciences. Hopefully, this reading also educates and encourages the coming generation of scientists to challenge the limits of the possible in the endeavor of enhancing human health and sustainability.