Name: Plant Biotechnology
Brand: Amit Book Depot
Price: 595 INR
Availability: InStock

Plant Biotechnology by B. D. Singh is a comprehensive and authoritative textbook designed for students, researchers, and professionals in the fields of plant biotechnology, genetic engineering, and agricultural sciences. This book provides an in-depth exploration of modern biotechnological techniques, their applications in crop improvement, and the latest advancements in genetic modification, gene editing, and molecular breeding.

Key Features:

1. Extensive Coverage: The book systematically covers fundamental concepts, methodologies, and applications of plant biotechnology, including plant tissue culture, micropropagation, recombinant DNA technology, transgenic plants, and molecular markers.

2. Updated Content: It includes contemporary topics such as gene editing (CRISPR), genome mapping, genomics, molecular farming, and biosafety regulations for genetically modified (GM) crops.

3. Practical Applications: Detailed discussions on haploid production, somatic hybridization, somaclonal variation, and germplasm conservation provide insights into their role in crop breeding and genetic improvement.

4. Industry-Relevant Knowledge: Chapters on intellectual property rights (IPR) and biosafety concerns address regulatory and ethical aspects of biotechnology applications in agriculture.

5. Structured Learning: Well-organized chapters with clear explanations, diagrams, and appendices enhance understanding for students and researchers.

Why Choose This Book?

1. Comprehensive Resource: Covers both fundamental and advanced topics in plant biotechnology.

2. Up-to-Date Information: Includes CRISPR-Cas9, genome editing, and molecular farming.

3. Balanced Approach: Discusses scientific advancements along with ethical, regulatory, and IPR concerns.

4. Pedagogical Aids: Well-structured with an index and appendices for quick reference.

Have Doubts Regarding This Product ? Ask Your Question

Q1

Is this book suitable for undergraduate students in biotechnology?

A1

Yes, it covers both foundational and advanced topics, making it ideal for undergraduate and postgraduate students.
Q2

Does it include recent advancements like CRISPR gene editing?

A2

Yes, Chapter 18 focuses on gene editing, including CRISPR-Cas9 technology.
Q3

Are there practical applications discussed for crop improvement?

A3

Absolutely, it covers micropropagation, transgenic plants, and molecular breeding techniques for crop enhancement.
Q4

Does the book discuss biosafety concerns related to GM crops?

A4

Yes, Chapter 23 details biosafety regulations and ethical considerations for genetically modified crops.
Q5

Is plant tissue culture explained in detail?

A5

Chapters 2-6 extensively cover plant cell culture, micropropagation, and virus-free plant production.
Q6

Are molecular markers and their applications included?

A6

Yes, Chapters 21-22 discuss molecular markers and their role in marker-assisted breeding.
Q7

Does it provide insights into intellectual property rights in biotechnology?

A7

Chapter 24 covers IPR, patents, and legal aspects of biotech innovations.
Q8

Does it explain somatic hybridization and embryo rescue techniques?

A8

Yes, Chapters 8-9 detail distant hybridization and somatic cell fusion.
Q9

Is germplasm conservation discussed?

A9

Chapter 5 explains methods for preserving genetic diversity in plants.
Q10

Does the book include genome mapping and genomics?

A10

Yes, Chapters 19-20 cover genome analysis and genomic technologies.

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1. Introduction to Plant Biotechnology

2. Plant Cell and Tissue Culture

3. Micropropagation

4. Virus-Free Plants

5. Germplasm Conservation

6. Biochemical Production from Cultured Plant Cells

7. Haploid Production for Hybrid Sorting and Analytical Breeding

8. Technology for Distant Hybridization: I. Embryo Rescue and in Vitro Pollination

9. Technology for Distant Hybridization: II. Somatic Hybridization

10. Somaclonal Variation

11. Recombinant DNA Technology

12. Transgenic Technology : I. Gene Constructs

13. Transgenic Technology : II. Vectors and Transformation Methods

14. Transgenic Plants : I. Resistance to Abiotic and Biotic Stresses

15. Transgenic Plants : II. Quality Modifications and Novel Features

16. Plant Molecular Farming

17. Adoption of GM Crops

18. Gene Editing

19. Genome Maps

20. Genomics

21. Molecular Markers : I. Markers and Marker-Trait Associations

22. Molecular Markers : II. Applications of Molecular Markers

23. Biosafety Concerns and Regulation of GM Crops

24. Intellectual Property Rights

Appendices

Index