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Full Description
Plant Regeneration In Vitro: Environmental Cues and Sustainability provides a comprehensive overview of the current state of plant regeneration in vitro, with a particular focus on the environmental cues that influence this process. Authored and edited by leading experts, and addressing multiple methods, applications and prospects of in vitro regeneration, it explores the mechanisms and the role that environmental factors play in determining the success of in-vitro plant regeneration. Plant regeneration in vitro refers to the process of growing new plants from explants (parts of the plant) in a controlled environment. Widely used in agriculture, horticulture, and biotechnology for various purposes, including plant breeding, conservation of endangered species, and production of genetically modified crops, one of the main advantages of plant regeneration in vitro is that it provides a reliable and efficient method for producing large numbers of genetically uniform plants with desirable traits within short span irrespective of seasonal constraints. Plant Regeneration explores the environmental triggers that affect plant regeneration in vitro, such as temperature, light, humidity, nutrient availability and plant growth regulators. It fully describes the current state of the science, the latest in experimental work, and is designed to optimize application of current knowledge as well as to inspire new approaches to use.
Contents
1. In Vitro Plant Regeneration: Unveiling Environmental Triggers for Sustainable Growth
2. Micro-morpho-anatomical Response of Plant Cells and Tissues Towards Changed Environmental Conditions
3. Lighting the Way: Effects of Spectral Quality and Light Quantity in Plant Tissue Culture
4. Vitrification Challenges in In Vitro Culture Environment: A Comprehensive Approach
5. Unveiling the Dynamics: Impact of Minerals Interaction in the Culture Medium on Plant Regeneration 6. Effect of Antibiotics on Shoot Organogenesis and Somatic Embryogenesis in Tissue Culture of Fruits species
7. In Vitro Stress Induction and Development of Stress-Tolerant Plants
8. Role of Nanotechnology and Other Tools for In Vitro Propagation of Medicinal Calendula spp.
9. Metal Nanoparticles as Regulators of In Vitro Plant Regeneration
10. Planting the Future: Sustainable In Vitro Regeneration for Endangered and Rare Plants
11. Influence of Environmental Factors on In Vitro Culture of Commercially Valuable Plants
12. In Vitro Culture and Sustainable Propagation of Medicinal Plants: A Review
13. Biotechnological Interventions for Sustainable Management of Asclepiadoideae Members: Propagation, Characterization, and Conservation
14. Improvement of Bacopa monnieri using Genetic Engineering Approaches
15. Chamomile Unveiled: Propagation Practices for Unlocking Sustainable Therapeutic Potential
16. Micropropagation and Conservation Initiatives for Quercus lusitanica - A Threatened Endemic Species
17. Sustainable Exploitation of Patchouli: A Biotechnological Roadmap
18. In Vitro Culture for Chrysanthemum Micropropagation
19. Micropropagation and Acclimatization of Pineapple, Ananas comosus
20. In Vitro Conservation Studies on Critically Endangered and Endangered Plants of India
21. In Vitro Culture of Lawsonia inermis for Improvement, Enhanced Production and Sustainable Management
22. In Vitro Regeneration of Rare and Endangered Plant Species: the Case of Argan, Caper and Carob
