Emerging Technologies in Yield Optimization and Production of Biomass Feedstock offers a comprehensive evaluation of biomass feedstock, exploring its diverse productions and the challenges of enhancing transformation efficiency in bioenergy species. The book explores the challenges of bioenergy through case studies, covering various stages: cultivation, harvesting, pre-processing, conversion, and utilization. In each stage, the book explains how to maximize efficiency in yield optimization and production of biomass feedstock using innovative solutions to ensure economic benefits and environmental sustainability. It discusses the molecular farming approach, emphasizing the importance of improving transformation efficiency in bioenergy species.
The book then reviews species like algae, switchgrass, corn, poplars, and sugarcane, assessing their potential and stressing the need for appropriate species selection to optimize bioenergy transformation processes. Users will also find new methods for gene delivery, transformation, and regeneration, and their applications in modifying bioenergy species for enhanced traits. Additionally, the book covers synthetic biology tools like biosensors, genetic circuits, and pathway engineering, explaining how these tools can be used to further enhance transformation efficiency in bioenergy species.
1. Chapter 1. Introduction to bioengineering biomass feedstocks for enhanced bioethanol production - p. 1 2. Chapter 2. Genetic engineering techniques for bioenergy species to enhance biomass - p. 33 3. Chapter 3. Multiomics approaches for understanding pathway studies in bioenergy species - p. 55 4. Chapter 4. Synthetic biology tools for yield optimization and production of biomass feedstock - p. 73 5. Chapter 5. Environmental factors influencing transformation efficiency and biomass production - p. 93 6. Chapter 6. Advanced breeding approaches for bioenergy crops - p. 131 7. Chapter 7. Systems biology approaches in bioenergy research - p. 153 8. Chapter 8. Bioinformatics tools for bioenergy research - p. 187 9. Chapter 9. Techno-economic analysis of transformation efficiency enhancement in rural contexts - p. 207 10. Chapter 10. Future directions, emerging trends, and conclusions - p. 235 11. Chapter 11. Regulatory concerns and policy implementation challenges of cultivating genetically modified bioenergy crops - p. 287 12. Chapter 12. Recycling of agricultural waste biomass into value-added products—a sustainable development goal - p. 313 13. Index - p. 333
Emerging Technologies in Yield Optimization and Production of Biomass Feedstock offers a comprehensive evaluation of biomass feedstock, exploring its diverse productions and the challenges of enhancing transformation efficiency in bioenergy species. The book explores the challenges of bioenergy through case studies, covering various stages: cultivation, harvesting, pre-processing, conversion, and utilization. In each stage, the book explains how to maximize efficiency in yield optimization and production of biomass feedstock using innovative solutions to ensure economic benefits and environmental sustainability. It discusses the molecular farming approach, emphasizing the importance of improving transformation efficiency in bioenergy species.
The book then reviews species like algae, switchgrass, corn, poplars, and sugarcane, assessing their potential and stressing the need for appropriate species selection to optimize bioenergy transformation processes. Users will also find new methods for gene delivery, transformation, and regeneration, and their applications in modifying bioenergy species for enhanced traits. Additionally, the book covers synthetic biology tools like biosensors, genetic circuits, and pathway engineering, explaining how these tools can be used to further enhance transformation efficiency in bioenergy species.
1. Chapter 1. Introduction to bioengineering biomass feedstocks for enhanced bioethanol production - p. 1 2. Chapter 2. Genetic engineering techniques for bioenergy species to enhance biomass - p. 33 3. Chapter 3. Multiomics approaches for understanding pathway studies in bioenergy species - p. 55 4. Chapter 4. Synthetic biology tools for yield optimization and production of biomass feedstock - p. 73 5. Chapter 5. Environmental factors influencing transformation efficiency and biomass production - p. 93 6. Chapter 6. Advanced breeding approaches for bioenergy crops - p. 131 7. Chapter 7. Systems biology approaches in bioenergy research - p. 153 8. Chapter 8. Bioinformatics tools for bioenergy research - p. 187 9. Chapter 9. Techno-economic analysis of transformation efficiency enhancement in rural contexts - p. 207 10. Chapter 10. Future directions, emerging trends, and conclusions - p. 235 11. Chapter 11. Regulatory concerns and policy implementation challenges of cultivating genetically modified bioenergy crops - p. 287 12. Chapter 12. Recycling of agricultural waste biomass into value-added products—a sustainable development goal - p. 313 13. Index - p. 333
