Titlebook: Rice Research for Quality Improvement: Genomics and Genetic Engineering; Volume 2: Nutrient B Aryadeep Roychoudhury Book 2020 Springer Natu

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Genetic Engineering of Rice for Resistance to Insect Pests,d around USD5.37 million are spent on them annually. The best choice and an important tool for the farmers is the use of chemical pesticides due to its high effectiveness, quick mode of action and ease of application. But, unnecessary and excessive use of pesticides leads to environment contaminatio

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Increasing Rice Grain Yield Under Biotic Stresses: Mutagenesis, Transgenics and Genomics Approachesective in developing varieties with improved tolerance to various stress factors. Here we review the creation of rice varieties with improved yield under different biotic stress, using mutagenesis, transgenics and genomics approaches.

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Temporal and Spatial Dynamics of Microbial Communities in a Genetically Modified Rice Ecosystem,n the soil ecosystem including soil micro-fauna and micro-flora. Temporal and spatial factors are too much important in determining the influence of GM rice on communities of soil microbes and environment. Therefore, the following chapter is prepared to gather the information regarding the impact of

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Genetic Engineering for Developing Herbicide Resistance in Rice Crops,ed the usage pattern of herbicide worldwide. Examples for herbicide-resistant rice varieties include Clearfield, Roundup Ready, and LibertyLink. Clearfield is imidazolinone-resistant, Roundup Ready glyphosate-resistant, and LibertyLink glufosinate-resistant. Despite having so many benefits, genetica

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An Insight into the Factors Regulating Flowering in Rice: From Genetics to Epigenetics,and ., ., . and .. Alongside, transcription factors, circadian clock genes, photoreceptors, and epigenetic regulation, are also involved. The current review provides an overview of all the factors involved in initiation and regulation of flowering that finally determines the yield potential of rice.

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Male Sterility System for Hybrid Rice Breeding and Seed Production,consequential conditions known as CMS and genetic male sterility (GMS) occur, respectively. CMS and GMS assist in hybrid seed production and as a result permit breeders to exploit yield gains connected with hybrid vigour. The communication between mitochondrial and nuclear genes regulates male speci

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Rice Breeding and Genomics Approaches for Improving Water and Nitrogen Use Efficiency,ion in two forms: NO3. and NH4.. Since plants mainly uptake N as NO3. form root-specific transporters, but 1/3 of the applied N is leaching as NO3.. However, earlier findings found that N use efficiency (NUE) may be enhanced through genetic improvement. There are two-gene (. and .) families of nitra

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Genomics and Genetic Engineering of Rice Elucidating Cross Talk Between Stress Signaling and Nutritment of salt-tolerant crop cultivars. Identified genomic regions associated with salinity tolerance accelerated molecular breeding efforts to develop salt-tolerant rice cultivars. Development of genetically engineered plants with enhanced tolerance to salinity is an important challenge in rice biote