"ABOUT THE BOOK: This book, ""A Practical Book of Pharmaceutical Inorganic Chemistry,"" was written by six different authors in accordance with the B.Pharm first-semester PCI curriculum. The primary purpose of this book is to provide readily accessible methods and procedures for conducting pharmaceutical inorganic chemistry practicals in the first semester of B. Pharm, with a focus on facilitating subject comprehension. It contains 18 experiments based strictly on the PCI curriculum, as well as various laboratory safety measures as the first section of the book. It also contains experimental procedures and the fundamentals of various limit tests, such as the Limit test for Chlorides, the Limit test for Sulphates, the Limit test for Iron, the Limit test for Heavy metals, the Limit test for Lead, and the Limit test for Arsenic. Other experiments include tests for the identification of various inorganic compounds listed in the curriculum, tests for purity, and the preparation of inorganic pharmaceuticals. "

The study of elements and the compounds they form is referred to as inorganic chemistry. Organic chemistry, on the other hand, is concerned with carbon and the compounds it forms. However, there is a lot of crossovers between organic and inorganic, thus the two categories are not completely separate from one another. The book's key features include an overview of general elements and the relevance of those aspects, with a focus on the applications in the pharmaceutical field. is a standard textbook that is often used for an introductory level inorganic chemistry undergraduate course. It provides a complete pedagogical framework to assist students with understanding essential concepts. This book gives a decent introduction to the topic; explains a variety of inorganic compounds as well as the minimal chemical facts and ideas that are required to comprehend current inorganic chemistry; offers a good overview of the subject. provides an advanced and in-depth descriptive treatment of all of the official compounds featured, with a significant emphasis on the production, characteristics, assay, and medicinal uses of the compounds. The book “A Textbook of Pharmaceutical Inorganic Chemistry” is prepared in an exhaustive fashion and includes facts that have been brought up to date about the subjects that are covered in the curriculum. The book Covers the fundamentals of basic inorganic chemistry that are necessary for undergraduate pharmacy students, while students of chemistry, biology, and other relevant subjects will also find this book to be fascinating and informative.

Topics 1. Care In Chemical Laboratory 2. Inorganic Qualitative Analysis 3. Quantative Analysis Gravimetric Analysis 4. Limit Tests 5. Preparation Of Inorganic Compounds

We are pleased to present the "Laboratory Manual of Pharmaceutical Inorganic Chemistry". This manual is prepared according to the PCI B. Pharm course regulations 2014 and is divided into four sections: limit tests, identification tests, purity tests, and preparation of inorganic pharmaceuticals. The methods of all the experiments are taken from the latest editions of official books such as the Indian, European, British and US Pharmacopoeia, and research papers, so that the latest advancements in the methods or apparatus can be incorporated. The purpose of pharmaceutical inorganic chemistry practicals is to provide students with hands-on experience in understanding and applying the principles of inorganic chemistry to pharmaceutical applications. Through these practical sessions, students can learn how to prepare, analyze, and characterize inorganic pharmaceutical compounds, which are important in drug development, formulations, and quality control processes. These practicals also help students gain essential laboratory skills, such as safely handling chemicals and using various analytical techniques, which are crucial for their future careers in the pharmaceutical industry or research. This manual is designed for outcome-based education and each experiment is arranged in a uniform way, with sections for practical significance, practical outcomes (PrOs), mapping with course outcomes, theory, resources used, procedure, precautions, observations, results, conclusion, references, and synopsis questions. Each experiment offers an opportunity for students to perform practical work, allowing them to gain proficiency in effectively managing equipments, handling glasswares, chemicals and reagents, and writing reports. In addition, the questions at the end of the experiments help to enhance students' knowledge, which will be beneficial for them as they pursue higher studies. We acknowledge the help and cooperation of various persons in bringing out this manual. We are highly indebted to the authors of the books and articles mentioned in the references, which were a major source of information for writing this manual. We also thank the publishers, designers, and printers who worked hard to publish this manual in a timely manner. We hope that this manual will be helpful to students in understanding concepts, principles, and procedures. We wish you all the best!