Novel Immunoassay for CVD and Neurological Biomarkers, Delivered with Additive Layer Manufacturing Processes

采用添加剂层制造工艺提供针对 CVD 和神经生物标志物的新型免疫测定法

• 批准号: 10024667
• 金额: $ 187.68万
• 依托单位: GENETIC MICRODEVICES LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2022
• 资助国家: 英国
• 起止时间: 2022 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10024667
• 关键词: Novel; Immunoassay; CVD; Neurological; Biomarkers

Genetic Microdevices Ltd has developed a small device - the QbQ chip- that can analyse proteins in blood with unprecedented sensitivity, speed and cost. The chip can detect minute amounts of disease biomarkers in less than 15 minutes for a cost that resembles that of Lateral Flow Assays. Once the QbQ test chip becomes available it will revolutionise Point-of-Care testing. It will enable detection of conditions that carry biomarkers in blood, much earlier than is currently possible. For example early detection of Dementia can massively improve therapeutic outcome, since for the first time there are drugs available that treat Alzheimer's at its cause to slow down neurodegeneration. Similarly in Cardiovascular disease, detecting low levels of biomarkers that are trending up in blood can create a much more accurate risk profile for future illness. The same is true for cancer biomarkers where early detection is absolute key for therapeutic outcome. However the ability to detect disease much earlier must be accompanied by high speed and low cost per test. Because only then, can screening processes in the NHS become viable.The QbQ system has already demonstrated its superior performance in our lab. What remains to be done is to create a small benchtop machine that is close to a commercial form and validate it with our collaborators in two assays: One for cardiovascular disease and one for dementia.Once the technology is validated it will be ready for early deployment in academic settings to accelerate development of advanced diagnostic panels for Dementia, CVD, Cancer and many other conditions. Ultimately we shall further develop those tools into fully certified diagnostic tools for the Point-of-Care. At that point the QbQ will be placed in hospitals, universities, pharmacies, and GP's for testing of a wide spectrum of conditions.The project is deeply collaborative, it brings together Genetic Microdevices, The Great Ormond Street Institute for Child Health and Centre for Process Innovation. This wealth of know-how ensures optimal delivery of the technology to the patient.

基因微设备有限公司开发了一种小型设备-QbQ芯片-可以以前所未有的灵敏度、速度和成本分析血液中的蛋白质。该芯片可以在不到15分钟的时间内检测出微量的疾病生物标志物，成本与侧流分析相似。一旦QbQ测试芯片面世，它将彻底改变医疗点测试。它将使在血液中携带生物标志物的情况得以检测，比目前可能的时间要早得多。例如，及早发现痴呆症可以极大地改善治疗结果，因为第一次有了治疗阿尔茨海默氏症的药物，以减缓神经退化。同样，在心血管疾病中，检测血液中呈上升趋势的低水平生物标记物可以为未来疾病创建更准确的风险概况。癌症生物标志物也是如此，早期发现是治疗结果的绝对关键。然而，更早发现疾病的能力必须伴随着高速度和低每次测试成本。因为只有这样，NHS中的筛查过程才能变得可行。QbQ系统已经在我们的实验室中展示了其优越的性能。剩下要做的是创造一种接近商业形式的小型台式机器，并与我们的合作者在两种测试中进行验证：一种用于心血管疾病，另一种用于痴呆症。一旦该技术得到验证，它将准备好在学术环境中早期部署，以加快痴呆症、心血管疾病、癌症和许多其他疾病的先进诊断面板的开发。最终，我们将进一步开发这些工具，使其成为经过充分认证的医疗保健诊断工具。到那时，QbQ将被放置在医院、大学、药店和全科医生那里进行广泛的条件测试。该项目是深度合作的，它将遗传微设备、大奥蒙德街儿童健康研究所和过程创新中心聚集在一起。这一丰富的技术诀窍确保了向患者提供最佳的技术。