IT16。生物传感器在农业食品工业中的应用与生物威胁缓解范例

A. Shah, O. P. Chauhan
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引用次数: 3

摘要

只提供摘要形式。世界各地的农产品市场对食品的生物、化学和物理威胁增加,引发了消费者对这些产品的过程控制、质量和安全的更大需求。生物传感器可以在农业和食品部门发挥至关重要的作用,通过可靠、快速和具有成本效益的监测程序控制生产过程,确保更高的食品质量和安全。生物传感器在尺寸、成本、特异性、快速反应、精度和灵敏度方面具有优势,是传统分析工具的有前途的替代品。农业和粮食生产链中的每一步都容易受到质量下降和疾病传播方面的无数威胁。这些生物、化学和/或物理威胁可能来自环境污染或食品处理、加工、包装和分销过程中的故障。生物传感器可以检测、分析和量化不同生物来源的分子,并根据农药、化肥和二恶英残留物的含量来了解食品或农业材料的质量,此外还可以提供有关受污染的水和土壤残留物、转基因生物、致病微生物及其毒素以及抗营养素、过敏原、药物、添加剂和碳氢化合物等食品成分的信息。生物传感器还可用于评估在收获后操作和加工过程中发生转变的食品成分。生物传感器可以实时监测诸如pH值、温度、压力、氧气、流量和挥发性物质等变量。生物传感器还可以通过检测食源性病原体和化学污染物,在危害分析和关键控制点(HACCP)计划的实施中发挥有用的作用。适当开发和设计的生物传感器可以有效地筛选空气、水、土壤、食物、新鲜和废弃的动植物农业材料,并通过快速检测致病微生物来缓解生物威胁。生物传感器能够捕获各种生物病原体及其有毒代谢物的遗传特征,在任何不幸的生物战爆发期间,这些生物病原体及其有毒代谢物可能对人类健康和福祉构成潜在威胁。
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IT16. Applications of bio-sensors in agri-food industry and mitigation of bio-threat paradigm
Summary form only given. The agri-food market the world over has increased biological, chemical and physical threats to food products, triggering a bigger consumer demand on process control, quality and safety of these products. Bio-sensors can play a vital role in the agricultural and food sectors to control production processes and ensure greater food quality and safety by reliable, fast and cost effective monitoring procedures. Bio-sensors are promising alternatives to conventional analytical tools since they offer advantages in size, cost, specificity, rapid response, precision and sensitivity. Each step in the agricultural and food production chain is susceptible to myriad threats in terms of loss of quality and transmission of diseases. These biological, chemical and / or physical threats can emanate from environmental contamination or failures during food handling, processing, packaging and distribution. Bio-sensors can detect, analyse and quantify molecules of different biological origins and throw light on the quality of food or agri-material in terms of their spiking with pesticides, fertilizers and dioxins residues, in addition to providing information on contaminated water and soil residues, genetically modified organisms, pathogenic microorganisms and their toxins, and food components such as antinutrients, allergens, drugs, additives, and hydrocarbons. Biosensors are also useful for the evaluation of food composition that undergo transformation during post-harvest operations and processing. Biosensors enable real time monitoring of variables such as pH, temperature, pressure, oxygen, flow and volatile substances. Biosensors can also play a useful role in the implementation of hazard analysis and critical control points (HACCP) plans by detection of food borne pathogens and chemical contaminants. Suitably developed and designed biosensors can effectively screen air, water, soil, food, fresh and waste plant and animal agro-material for mitigation of bio-threat paradigm also by rapid detection of pathogenic microbes. Biosensors enable capturing of genetic signatures of various bio-pathogens and their toxic metabolites, that can pose a potential threat to human health and well being during outbreak of any unfortunate biological warfare (BW).
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