The Impact of Sequencing Human Genome on Genomic Food & Medicine

Hameed Khan
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引用次数: 4

Abstract

This abstract describes the development of novel food and drug based on the genetic make-up individuals and their diseases. It also describes how sequencing of human genome help us design the most nutritious food for the burgeoning population of world. Regardless of race, religions or place of origin, sooner or later we all have to become vegetarians. Non-vegetarians eat meat because it contains, out of 20, eight essential amino acids in concentrated form. Genome sequencing have already identified all the essential amino acid Codons which could be spliced in the Rice, Corn or Wheat genomes. Genetic tools are now available to splice essential amino acids Codons into Rice Genome. Using the genetic tools, we have successfully spliced Beta Carotene gene into the Rice Genome to produce Golden Rice. Upon ingestion of the Golden Rice, Beta Carotene is converted to Vitamin A which prevents blindness in children. Based on the genetic make-up of the host cells, we will cut, paste and copy important genes to develop new food, new fuel, and new medicine to treat every disease known to mankind. Our future lies in Space. By 2024, we plan to land men on Mars. The inhabitants of Mars will grow genetically modified plants only. We will also discuss ethical issues based on the unintended consequences of genetic modification of our food and medicine.
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人类基因组测序对基因组食品和医学的影响
本文介绍了基于个体基因组成及其疾病的新型食品和药物的开发。它还描述了人类基因组测序如何帮助我们为世界上迅速增长的人口设计最有营养的食物。不论种族、宗教或出身,我们迟早都要成为素食者。非素食者吃肉是因为在20种必需氨基酸中,肉类含有浓缩形式的8种氨基酸。基因组测序已经确定了水稻、玉米或小麦基因组中可以拼接的所有必需氨基酸密码子。遗传工具现在可以将必需氨基酸密码子拼接到水稻基因组中。利用遗传工具,我们成功地将β -胡萝卜素基因拼接到水稻基因组中,培育出黄金水稻。在摄入黄金大米后,β -胡萝卜素转化为维生素A,防止儿童失明。根据宿主细胞的基因组成,我们将剪切、粘贴和复制重要的基因,以开发新的食物、新的燃料和新的药物来治疗人类已知的每一种疾病。我们的未来在于太空。到2024年,我们计划将人类送上火星。火星上的居民将只种植转基因植物。我们还将讨论基于转基因食品和药品的意外后果的伦理问题。
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