Titlebook: Genetically Modified Crops; Current Status, Pros P. B. Kavi Kishor,Manchikatla Venkat Rajam,T. Pull Book 2021 Springer Nature Singapore Pte

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Genetic Tinkering of Crops for Sustainable Development: 2020 and Beyond, the genetic engineering technologies evolved over time are robust and reproducible. Though a large number of candidate genes including transcription factors have been transferred for conferring diverse agronomic traits, majority of them have not been tested in the open fields and not released for t

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Improvement of Wheat (, spp.) Through Genetic Manipulation,etic backgrounds?of crop species. In this chapter, we showcase the available technologies for genetic manipulations in wheat and how candidate gene resources are useful to make the crop more resilient to abiotic stresses, resistant?to biotic stresses, tolerant to herbicides, enhanced yield and nutri

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Genetically Engineered Chickpea: Potential of an Orphan Legume to Achieve Food and Nutritional Secue been releasing improved varieties; however, abiotic stresses, pests, diseases, and weeds remain challenging to manage in the field and storage conditions. Water and salinity stresses are significant in Asia, Australia, and the Mediterranean regions, while ., aphids, and . are predominant in Asia,

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Progress in Genetic Engineering of Cowpea for Insect Pest and Virus Resistance,f Bt cowpea through multi-location field trials in sub-Saharan African countries with observed high insect mortality brings in renewed expectations among poor farmers in enhancing cowpea yield and income through better insect pest management. RNA silencing technology has been successfully implemente

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Genetic Engineering of Sunflower (, L.) for Important Agronomic Traits,raits into cultivar germplasm is hampered by either lack of resistance in the wild species or the ploidy differences and the associated chromosomal imbalances leading to sterility. Hence, intervention of biotechnological tools is required for introgression of beneficial traits into cultivated sunflo

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Genetic Engineering in Safflower (, L.): Retrospect and Prospect,formation and shoot regeneration. .-mediated transformation is the successful method for gene transfers in safflower. So far using this method, transformation has been achieved for the enhancement of γ-linolenic acid (GLA), α-linolenic acid (ALA), oleic acid, bioactive peptide, bioactive flavonoid a

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