Development of magnetometer immunoassay (MIA) technology for the rapid and cost effective detection of endemic animal diseases and pathogens (zoonoses) in a decentralised, point of use, setting
Development of magnetometer immunoassay (MIA) technology for the rapid and cost effective detection of endemic animal diseases and pathogens (zoonoses) in a decentralised, point of use, setting
批准号:
101466
负责人:
金额:
$27.25万
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2013
资助国家:
英国
项目状态:
已结题
起止时间:
2013 至 --
中文摘要
动物源食品的国际贸易非常密集。法规规定,动物产品的生产不受可影响人类的人畜共患病的影响。食品生产商希望避免与其他动物疾病相关的成本。监管机构希望降低检测成本,尤其是屠宰场的目视检查成本。基于最近完成的TSB grd资助的项目所产生的可靠的科学和商业研究证据,该项目现在的目标是将MagSer™(即人畜共患病和动物疾病的血清学检测)从原理验证(PoP)发展为一种完全开发的仪器和一套检测方法,用于筛选动物疾病和人畜共患病。MagSer的新颖性和优势在于将顺磁粒子(磁珠)的免疫磁捕获与高灵敏度磁强计仪器的独特结合,以检测和定量捕获在磁珠上的抗体。主要的创新将是一种一次性测量技术,直接适用于猪血液中抗原特异性抗体的测量,以及一种快速、低成本和简单的设备的开发,可以在测试点用于筛选动物的感染和检查疫苗接种的效果。分析开发工作计划在UWE的实验室进行,仪器和消耗品的开发以及分析集成和验证由Clarity Biosolutions Ltd. (CBL)进行。
英文摘要
International trading of food from animal sources is very intensive. Regulations decree that the production of animal products is free from zoonoses that can affect humans. Food producers wish to avoid the costs associated with other animal diseases. Regulatory authorities wish to reduce the cost of testing, especially visual inspection at slaughterhouses. Building on solid scientific and commercial research evidence resulting from a recently completed TSB GRD-funded project, this project now aims to take MagSer™ (i.e.a serology test for zoonoses and animal diseases) from Proof of Principle (PoP) to a fully developed instrument and suite of assays for screening animal diseases and zoonoses. The novelty and advantage of MagSer lies in the unique combination of immuno-magnetic capture of paramagnetic particles (beads) with highly sensitive magnetometer instrumentation to detect and quantify antibodies captured on the beads. The main innovations will be the a disposable measurement technology directly applicable to the measurement of antigen specific antibodies in pig’s blood and the development of a rapid, low cost and simple device that can be used at point of test to screen animals for infections and check for efficacy of vaccination. Assay development work is planned at UWE’s labs with instrument and consumable development and assay integration and validation being carried out by Clarity Biosolutions Ltd. (CBL).
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