Renu Kumari

This text is an introduction to the complex world of the OOP with C++. It helps you understand the principles and acquire the practical skills of programming using the C++ programming language. Our aim is for you to gain sufficient knowledge and experience to perform simple useful programming tasks using the best up-to-date techniques and we just aim for it to be the easiest book from which you can learn the basics of real-world programming. Our fundamental assumption is that you want to write programs for the use of others, and to do so responsibly, providing a decent level of system quality; that is, we assume that you want to achieve a level of professionalism. Consequently, We chose the topics for this book to cover what is needed to get started with real-world programming, not just what is easy to teach and learn. This handbook is written for people with no previous programming experience, for programmers who know C and want to upgrade their skills to C++, and for those who already know C++ and want to improve their programming style and reliability. You should have access to a computer and know how to use the basic functions such as the text editor and file system. Other Valuable Titles.... ■ Edge Computing ■ Fog Computing ■ Python Simply In Depth ■ Formal Language And Automata Theory ■ Virtual Reality ■ IoT Programming ■ Internet of Things

This book provides a comprehensive, receptor-oriented exploration of drug action at the molecular and cellular levels. Beginning with fundamental principles of receptor pharmacodynamics, it systematically examines a wide spectrum of clinically and experimentally important receptor systems, including G protein-coupled receptors, ion channels, enzyme-linked receptors, nuclear receptors, and emerging receptor targets. Each chapter integrates receptor classification, signaling mechanisms, pharmacological actions, therapeutic indications, contraindications, and clinical relevance, offering a balanced blend of theory and application. With dedicated coverage of receptors such as adenosine, adrenergic, angiotensin, apelin, bile acid, cannabinoid, chemokine, calcium sensing, and several neuro and immunopharmacological receptors, this textbook reflects the contemporary scope of receptor science. Written by experienced pharmacology academicians and researchers, the book is designed to support undergraduate and postgraduate education while also serving as a practical reference for researchers and professionals. Its structured presentation and emphasis on translational relevance make it an essential resource for understanding receptor-based therapeutics in modern pharmacology.