Genetic modified crops the future of genetic research in plant biology

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Genetic Modified Crops - The Future Of Genetic Research in Plant Biology Genetic research in the spectrum of Biology has a great scope of relating with nature, people and lifestyle by means of what it can offer to the generations to come. The Genetic Research has been evidently active in creating scalable and systemic solutions for the mankind among which the invention of Genetic Modified Crops is a commendable event. In the context of growing need and demand for great farming produce with higher production capabilities, while not compromising on the quality, the role played by the GM crops as they are referred to is immensely huge. Research and background information about genetic modified crops The Genetic Research is virtually an extension of hybrid techniques which were done mostly by the traditional breeding techniques. Breeding has been an age old practice that was derived from the Greeks who did plenty of experiments to try and bring together healthier varieties and not so strong plant species; with the prevailing breeding processes they could improve the vigor of the weak plat varieties or species. Looking at the prospects of these breeding techniques, the early researchers of the nineteenth century have upgraded breeding into technically sound hybrid techniques. Hybridization has been delivering a very good yield in crops where the demand is high due to the global consumption. There are plenty of hybrid varieties that are available today among the agricultural sectors, especially the fruits and grains are among the popular crops that have benefitted by the hybrid varieties.

The success of hybridization techniques has given rise to a through genetic level research after the discovery of gene sequencing and microbial generic extraction experiments, especially with abundantly available bacteria such as the E – Coli. The research in genetics which is recently known to be Genomics has been generating tremendous results for many segments of the life sciences including the biotechnology and healthcare segments which have been witnessing great deal of advancements in the research, ever since they got the headway from the genomic


research. Applying genetically advanced technologies in plant biology has resulted in creating new benchmarks in the way agricultural practices are implemented in the advanced as well as growing economies. Finest advantages of Genetic Modified Crops •

The genetically modified crops are virtually the yield from the seeds and saplings that are genetically created through gene transformation methods that involve the introduction of the best traits with maximum potential for the yield. Therefore, maximum yield is the major and the primary advantage of these crops.

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When there is a yield, there are always persistent concerns about the pests and plagues which are damaging to the crops, virtually damaging the entire yield at times. The second advantage of these modified crops is the resistance against pests and plagues, eliminating the need for additional pest control measures. The yield is not only in terms of the volumes, but has also been evident in the quality of the produce in terms of the size of the fruits or grains and containing the nutritious content within the desirable standards.

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Genetic Research is the way to go in the future and applications such as Genetic Modified Crops are promising. With more research prospects, scientists are positive about creating more varieties enhancing agricultural standards, globally.

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