Titlebook: Applications of Bioinformatics in Rice Research; Manoj Kumar Gupta,Lambodar Behera Book 2021 The Editor(s) (if applicable) and The Author(

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,Die Anfänge empirischer Wahlforschung, of bioinformatics or computational biology. Several stress-responsive components have been widely researched in model and agriculturally significant plants during the past decade, but worldwide data is sparse in many databases. Thus, the current initiative envisions a thorough chapter on stress in rice with the support of biocomputation.

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,Die Französischen Wahlstudien,s frequently observed in plant than animal and nowadays it acts as one of the best tools in the field of food production and quality enhancement which is a great service to the mankind and world also.

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Die Amerikanischen Wahlstudien,g with their advantages and limitations. Some conceptual challenges have been proposed, and our perception to bridge the gap between phenotype and genotype are also discussed. There is no doubt that the recent developments in high-throughput plant phenotyping will accelerate crop genetic improvement and promote next-generation green revolution.

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Computational Approaches Towards Understanding Stress in Rice of bioinformatics or computational biology. Several stress-responsive components have been widely researched in model and agriculturally significant plants during the past decade, but worldwide data is sparse in many databases. Thus, the current initiative envisions a thorough chapter on stress in rice with the support of biocomputation.

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Identifying Complex Polyploidy Genomes Using Bioinformatics Approachess frequently observed in plant than animal and nowadays it acts as one of the best tools in the field of food production and quality enhancement which is a great service to the mankind and world also.

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Perspectives and Challenges of Phenotyping in Rice Researchg with their advantages and limitations. Some conceptual challenges have been proposed, and our perception to bridge the gap between phenotype and genotype are also discussed. There is no doubt that the recent developments in high-throughput plant phenotyping will accelerate crop genetic improvement and promote next-generation green revolution.

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De Novo Evolution of Genes in Riceern of the plant genome in various stresses. Due to the newly discovered key functions of orphan genes, their study may lead to the understanding of environmental stress, its impact, adaptability, and evolution of novel genes and proteins, as well as crop productivity.