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Research Article Open access CC BY 4.0

Transforming Fruit Crop Development: Advances in Transgenic Methods

Dharmendra Kumar Gautam, Om Prakash, A. K. Srivastava, Subhash Chandra Singh, Vaishali Gangwar, Siddharth Kumar

Journal of Advances in Biology & Biotechnology · pp. 868–875 · Published 24 Jun 2024

10.9734/jabb/2024/v27i71046

Abstract

India is second in the world after China in production fruits around the world and these crops play one important role in human diet because they provide Vitamins, minerals, diet fiber and phytochemicals. Flower cultivation in India is considered one of the products for which the demand is constantly increasing, and the export potential of these crops is very high in the global market, but there are problems in the gardening process due to pathogens, pests and weeds, and it requires a large amount of plant protection products per hectare. Genetically modified/GM), Crops enable breeders to bring favorable genes, often already inaccessible, already in elite farming, improving their value significantly and providing unique opportunities to control insects and other pathogens. This novel "molecular farming" provides a very large Possibility, but stringent rules will be required and Control mechanisms to avoid new, potentially serious risks to human health, although possible contamination of food supply. The seed-ambed technology has the potential to reduce pesticide use by increasing plants' resistance to insects.    Food security improves by reducing pesticides remain. In addition, Herbicide-Toller Transgenic Crop can help reduce the plow in the fields, so that Save fuel trust for the use of less tractor, whatever it is It reduces the soil structure by reducing its Eater. Transgenic horticulture crops could make important contributions to sustainable horticulture production.

Genetic modification abiotic and biotic stress vitamins minerals diet fiber and phytochemicals

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