A concise version of Silberberg’s widely used Chemistry: The Molecular Nature of Matter and Change, designed for a one-semester general chemistry course. Covers fundamental concepts, problem-solving strategies, and applications.
Combines foundational lab theory with 15 fully vetted experiments, ideal for undergraduate biochemistry courses. Includes modern techniques like Western blotting, HPLC, spectrophotometry, radioisotope use, and gel electrophoresis—with safety and disposal protocols ecampus.com +8 barnesandnoble.com +8 textbooks.com +8 . Perfect for instructors designing custom lab sequences.
This edition offers a comprehensive introduction to chemistry principles, combining clear explanations, worked examples, and numerous practice exercises suitable for introductory courses.
An accessible textbook that integrates chemistry concepts with health-related applications, including case studies, practice problems, and laboratory activities.
This edition offers a clear and concise introduction to the essential principles of chemistry, integrating conceptual explanations with worked examples, illustrations, and exercises.
A comprehensive laboratory manual for advanced undergraduate physical chemistry courses, combining theoretical background with practical lab exercises.
This edition presents a comprehensive introduction to physical chemistry, blending theory with practical applications, and includes numerous worked examples and end-of-chapter problems.
This first edition of Medicinal Biochemistry by G. P. Garg is aimed primarily at medical, pharmacy, and allied health science students. The book emphasizes the biochemical basis of drug action, structure-activity relationships, and metabolism as applicable to therapeutic agents. While structured to support coursework, it maintains readability with functional organization that links biochemi…
Over 5,500 clear entries; 250+ new entries; rich appendices; companion web links
This book offers an accessible introduction to the theory of Atoms in Molecules (AIM), focusing on its quantum mechanical basis and chemical relevance. It bridges theoretical foundations and practical analysis, making it suitable for advanced undergraduate and graduate students in chemistry.