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Full Description
Regeneration Potential in Plants delves into the intricate world of plant regeneration, exploring the biological and molecular mechanisms that enable plants to regenerate under different conditions. This book offers an authoritative perspective on one of the most fascinating and vital processes in plant biology, setting a benchmark for future research and applications. Unlike other volumes that focus solely on theoretical aspects, this comprehensive work bridges the gap between foundational knowledge and practical implications, showcasing its importance in fields ranging from genetic engineering to crop improvement.
Key features include:
In-depth coverage of somatic embryogenesis and organogenesis as pivotal regeneration pathways.
Detailed descriptions of signaling pathways, gene expression, and microRNAs involved in plant tissue regeneration.
Insights into the latest biotechnological tools and techniques for enhancing plant regenerative capacities.
Discussions on potential challenges and future directions in harnessing plant regeneration for sustainable development.
This book is an invaluable resource for plant biologists, researchers, and graduate students aiming to deepen their understanding of plant regeneration. Additionally, agricultural scientists and biotechnology professionals will find practical insights into the applications of plant regeneration for improving crop resilience and productivity. By blending high-level academic content with real-world examples, Regeneration Potential in Plants equips readers with the knowledge and tools to contribute to this dynamic and essential area of plant science.
Contents
1. Introduction to Plant Regeneration Concept and Significance 2. Cellular and Molecular Mechanisms of Plant Regeneration 3. Exploring the Role of Plant Growth Regulators in Regeneration 4. Somatic Embryogenesis: A Key Pathway of Regeneration 5. Unlocking the Potential of miRNAs for Plant In Vitro Regeneration 6. Regeneration in Woody Plants: Challenges and Opportunities 7. Regeneration of Endangered Medicinal Plants 8. Understanding the Role of Epigenetics in Plant Regeneration, Heterosis, and Stress Response 9. Applications of Plant Regeneration in Crop Improvement 10. Future Horizons and Emerging Trends in Plant Regeneration Research
