About This Book
A Textbook of Genetics serves as a comprehensive resource for understanding the principles of heredity,
genetic variation, and the molecular mechanisms underlying genetic processes. It covers a wide range of
topics, from classical Mendelian genetics to advanced molecular genetics, offering insights into how
genes are inherited, expressed, and regulated. This textbook provides essential knowledge on the
structure of DNA, the process of gene replication, transcription, and translation, as well as the
mechanisms behind genetic mutations and their impact on organisms. In addition to classical genetic
principles, modern topics such as genomics, gene mapping, and gene therapy are explored. The role of
genetic technology, including recombinant DNA technology, CRISPR gene editing, and personalized
medicine, is discussed in detail, reflecting the latest advancements in the field. The textbook also delves
into genetic disorders, exploring their molecular basis and current methods for diagnosis and treatment.
Designed for both students and professionals, this textbook balances foundational genetic concepts
with cutting-edge research, providing a thorough understanding of how genetics influences
development, disease, and evolution. It is an essential tool for those interested in fields such as molecular
biology, biotechnology, medicine, and bioinformatics, offering a clear and structured approach to this
ever-evolving subject. "The Textbook of Genetics" offers a detailed exploration of genetic principles,
from classical inheritance to modern molecular genetics and biotechnological advances.
Contents: 1. Applications of Genetic Engineering, 2. Advances in DNA Molecule Technology and
Biotechnology, 3. Principles of Genetics, 4. PCR Techniques in Microbial Genetics and Diagnostics, 5. Plant
Genomics, 6. RNA Metabolism, 7. Molecular Genetics: Transforming Medicine, Agriculture, and
Biotechnology, 8. The Impact of Mutations on Gene Function and Expression.
