Nanotechnology in Plants

Texte du rabat

Nanotechnology in Plants is a comprehensive resource that details all aspects of how nanotechnology has revolutionized the world of plant science. With a strong focus on benefits and applications, the book also discusses the manufacturing and preparation of nanomaterials and their development and characterization. From yield, to nutrition, to protection and stress resilience, nanotechnology is impacting key stages in the plant lifecycle. This title considers all these aspects, with chapters on the risks of using nanomaterials, how green nanotechnology can be utilized, analytical techniques for nanomaterial loading, and recent advances in the development of Engineered Nanoparticles (ENPs) with plants.

This is an essential read for plant scientists and researchers interested in broadening their knowledge in the field of nanotechnology.

Contenu

1. Introduction to nanomaterial base plant science2. Process and manufacturing of nanomaterials3. Biological methods to prepare nanomaterials4. Development and characterization of nanomaterials5. Properties and potential applications of nanomaterials6. Risk and drawbacks to use nanomaterials7. Green nanotechnology and its aspect in daily life8. Role of nanomaterials in plants9. Recent advancement and development in Phytonanotechnology10. Analytical techniques and process for nanomaterial loading on plants11. Nanobionics12. Nanomaterial and their effect on antioxidant plants13. Recent advancement and development of nanomaterial in agriculture14. Facile synthesis of Nano-fertilizers15. Growth factor and nanoparticle effects16. Recent advancement and development of Engineered Nanoparticles (ENPs) with plants17. Physiological parameters of nanoparticles on plants18. Nanomaterial and Delivery of genetic material in plants19. Nanomaterials for plant protection20. Recent advancement and development of nanotechnology and its effect on Abiotic Stress Tolerant21. Delivery of nucleic acids and macromolecules to plants22. Delivery of pesticides to plants23. Microbial analysis with nanomaterials for plants24. Future aspects of plant nanotechnology