The Role of Nanoscience and Technology in Medicine and Agriculture: Awareness Implication for Health Systems and Food Safety Issues

C. EzeSimon, Eze Dn, Onuoha Fm
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Abstract

The problems of diseases resistance to drugs in Medicine and low productivity in Agriculture have led to alternatives for improvements in health care systems and food safety issues. Nanotechnology is currently the chosen option for preparation and delivery of human drugs, pesticides and herbicides among other applications. Agriculture and medicine are competitive in sustenance of life without one substituting the other. This review paper therefore, examined some of the positive and negative effects of nanotechnology application in life and the awareness implication. Nanoparticles (NPs) system could be used for several routes of administration including oral, nasal, parenteral, intra-ocular benefits over free antimicrobial agents. The use of nanomaterials in the production of goods and drug formulations have shown superior properties compared with their conventional counterparts, due to their distinctive nanoscale features. Nanoparticles (NPs) have also consistently been reported to decrease infection, reduce scar tissue growth, and promote bone growth among other benefits. Nanotechnology may have concrete solutions against many agriculture-related problems like insect pest management, adverse effects of chemical pesticides, development of improved crop varieties. As with any other technology, controversy surrounding nanotechnology is no exception in a heterogeneous society. The toxic effects of antimicrobial NPs on central nervous system (CNS) are still unknown, interactions of NPs with the cells and tissues in CNS were poorly understood. Again, NPs represent size-specific properties that limit the use of currently available in vitro experiments in a general way, and there was no standardized definition for NP dose in mass, number, surface area, and biological samples (e.g., blood, urine, and inside organs that guarantee safety limit). Educating and training of consumers through seminars and workshops is recommended. National governments especially in developing countries are advised to mount regulating agencies that will be responsible for awareness creation and achieving optimum utilization of new products.
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纳米科学和技术在医学和农业中的作用:卫生系统和食品安全问题的意识含义
医学疾病对药物的耐药性和农业生产力低下的问题导致了改善卫生保健系统和食品安全问题的替代方案。纳米技术目前是制备和输送人类药物、杀虫剂和除草剂以及其他应用的选择。农业和医药在维持生命方面是相互竞争的,没有一方取代另一方。因此,本文综述了纳米技术在生活中应用的一些积极和消极影响及其对意识的影响。纳米颗粒(NPs)系统可用于多种给药途径,包括口服,鼻,肠外,眼内优于游离抗菌药物。由于纳米材料具有独特的纳米尺度特征,因此在生产商品和药物制剂中使用纳米材料与传统材料相比显示出优越的性能。纳米颗粒(NPs)也一直被报道具有减少感染、减少疤痕组织生长和促进骨骼生长等益处。纳米技术可能对许多与农业有关的问题有具体的解决办法,如害虫管理、化学杀虫剂的不利影响、改良作物品种的开发。与任何其他技术一样,围绕纳米技术的争议在异质社会中也不例外。抗菌NPs对中枢神经系统(CNS)的毒性作用尚不清楚,NPs与中枢神经系统细胞和组织的相互作用也知之甚少。同样,NP代表了尺寸特异性,这限制了目前可用的体外实验的一般使用方式,并且在质量、数量、表面积和生物样品(例如血液、尿液和器官内部)方面没有NP剂量的标准化定义,以保证安全限度。建议通过研讨会和讲习班对消费者进行教育和培训。建议各国政府,特别是发展中国家的政府设立监管机构,负责提高认识和实现新产品的最佳利用。
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