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This book is designed for advanced undergraduates and postgraduates. It starts with foundational concepts like Mendel’s principles but quickly progresses to complex topics. A basic introductory biology background is recommended for optimal understanding.
This book is a curated compilation targeting specific syllabi for Indian competitive exams and university courses. It covers a selective, high-yield blend of topics from genetics, physiology, and biotechnology in a single volume, making it more focused for exam preparation than the broader, more detailed international reference texts.
While it explains the principles, enzymes, vectors (like cloning and expression vectors), and steps of techniques such as DNA cloning and library construction in detail, it is a theoretical textbook and does not provide step-by-step wet-lab protocols. It focuses on the "why" and "how it works" behind the techniques.
The Plant Physiology and Development chapter offers an integrated approach. It covers physiological aspects (water relations, hormones) as well as molecular regulation, including dedicated sections on flowering genes and embryogenesis.
As per the content outline, the book is structured in a descriptive, point-wise manner. For detailed illustrations, students are often advised to supplement this text with standard atlases or diagram books, as its primary strength is conceptual clarity and comprehensive topic coverage.
This section provides a strong, system-based foundation in human physiology. However, it is tailored for life sciences/biotechnology streams. NEET-PG aspirants may require more medically oriented texts that delve deeper into clinical correlations and pathology.
The provided syllabus focuses on established core principles. For the latest tools like CRISPR, you should check the latest edition's index or preface, or supplement with recent review articles, as biotech is a rapidly evolving field.
Yes, absolutely. The book's structure closely aligns with the core syllabus of CSIR-NET, covering its major segments (Genetic Engineering, Developmental Biology, Physiology, etc.) in significant detail, making it a very popular choice among aspirants.
The listed content emphasizes fundamental processes (fertilization, gastrulation) and classic invertebrate models (Drosophila, C. elegans). For detailed chordate/vertebrate development, you may need to consult a dedicated developmental biology textbook.
Volume 1 typically covers foundational subjects like Biochemistry, Microbiology, Cell Biology, and Basic Immunology. Volume 2 (this book) builds upon that foundation with advanced, application-oriented disciplines like Molecular Genetics, Genetic Engineering, Physiology, and Developmental Biology, representing the next level of study.
This book is designed for advanced undergraduates and postgraduates. It starts with foundational concepts like Mendel’s principles but quickly progresses to complex topics. A basic introductory biology background is recommended for optimal understanding.
This book is a curated compilation targeting specific syllabi for Indian competitive exams and university courses. It covers a selective, high-yield blend of topics from genetics, physiology, and biotechnology in a single volume, making it more focused for exam preparation than the broader, more detailed international reference texts.
While it explains the principles, enzymes, vectors (like cloning and expression vectors), and steps of techniques such as DNA cloning and library construction in detail, it is a theoretical textbook and does not provide step-by-step wet-lab protocols. It focuses on the "why" and "how it works" behind the techniques.
The Plant Physiology and Development chapter offers an integrated approach. It covers physiological aspects (water relations, hormones) as well as molecular regulation, including dedicated sections on flowering genes and embryogenesis.
As per the content outline, the book is structured in a descriptive, point-wise manner. For detailed illustrations, students are often advised to supplement this text with standard atlases or diagram books, as its primary strength is conceptual clarity and comprehensive topic coverage.
This section provides a strong, system-based foundation in human physiology. However, it is tailored for life sciences/biotechnology streams. NEET-PG aspirants may require more medically oriented texts that delve deeper into clinical correlations and pathology.
The provided syllabus focuses on established core principles. For the latest tools like CRISPR, you should check the latest edition's index or preface, or supplement with recent review articles, as biotech is a rapidly evolving field.
Yes, absolutely. The book's structure closely aligns with the core syllabus of CSIR-NET, covering its major segments (Genetic Engineering, Developmental Biology, Physiology, etc.) in significant detail, making it a very popular choice among aspirants.
The listed content emphasizes fundamental processes (fertilization, gastrulation) and classic invertebrate models (Drosophila, C. elegans). For detailed chordate/vertebrate development, you may need to consult a dedicated developmental biology textbook.
Volume 1 typically covers foundational subjects like Biochemistry, Microbiology, Cell Biology, and Basic Immunology. Volume 2 (this book) builds upon that foundation with advanced, application-oriented disciplines like Molecular Genetics, Genetic Engineering, Physiology, and Developmental Biology, representing the next level of study.
