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Full Description
There have been several advancements made in high-throughput protein technologies creating immense possibilities for studying proteomics on a large scale. Researchers are exploring various proteomic techniques to unravel the mystery of plant stress tolerance mechanisms. Plant Proteomics: Implications in Growth, Quality Improvement, and Stress Resilience introduces readers to techniques and methodologies of proteomics and explains different physiological phenomena in plants and their responses to various environmental cues and defense mechanisms against pathogens. The main emphasis is on research involving applications of proteomics to understand different aspects of the life cycle of plant species including dormancy, flowering, photosynthetic efficiency, nitrogen assimilation, accumulation of nutritional parameters, secondary metabolite production, reproduction and grain yield as well as signalling responses during abiotic and biotic stresses. The book takes a unique approach, encompassing high throughput and sophisticated proteomic techniques while integrating proteomics with other "omics."
Features:
Integrates the branch of proteomics with other "omics" approaches including genomics and metabolomics, giving a holistic view of the overall "omics" approaches
Covers various proteomics approaches for the identification of biological processes, future perspectives, and upcoming applications to identify diverse genes in plants
Presents readers with various proteomics tools for the improvement of plant growth, quality, and resilience against climate change, and pathogen infection
Enables researchers in identifying novel proteins that could be used as target to generate plants with improved traits
Contents
Chapter 1: Plant proteome analyses in response to seed development. Chapter 2: Advances in plant proteomics toward improvement of crop productivity and stress resistance. Chapter 3: Proteomics research in understanding photosynthesis-related proteins in plants. Chapter 4: Proteomic analyses to understand differentially expressed proteins during floral development. Chapter 5: Proteomic responses to salinity and drought stress in plants. Chapter 6: Proteomics studies to understand heavy metal stress response in plants. Chapter 7: Proteomic Responses of Plants to Nutritional Stress. Chapter 8: Effect of ionizing radiation on physiological activities of crop plants exposed to various abiotic stresses and their proteome analysis. Chapter 9: Phosphoproteomic study of plants under different abiotic stress. Chapter 10: Advancement in proteomics research in response to biotic stress in plants. Chapter 11: Proteomic-driven approaches for unravelling plant-microbe interactions. Chapter 12: Deciphering Plant-microbe Crosstalk Through Protemics Tools. Chapter 13: Dissecting Plant Virus Interactions Through Proteomics. Chapter 14: Plant proteomics research for enhancing resistance against insect pests. Chapter 15: Proteomics Approaches in Medicinal Plant Research and Pharmacological Studies. Chapter 16: Proteomics-based strategies to develop food crops. Chapter 17: with enhanced nutritional quality. Chapter 18: Understanding post translational protein modification through proteomics tools.
