FISH on a chip: fully automated chromosomal analysis - market assessment

这项提议是对新的微生物学技术进行市场评估，以筛选疾病细胞中的遗传物质(染色体)。申请者已经开发出薯条上的鱼。我们的目标是将其商业化，并为患者带来好处。我们的目标是建立一个功能齐全的原型仪器，以识别遗传病和癌症患者的染色体异常。这将有助于扩大加拿大的生物医药产业。即将建立的芯片上鱼技术将纳升的细胞内容量固定在微米级的通道中，将纳米世界与微世界连接起来。该项目还为这一新部门提供高素质的人员(HQP)。机器学习小组的专业知识正被引入医疗设备开发中进行商业化，为未来与纳米领域的互动提供了一个令人信服的模型。全自动仪器原型的成功开发建立在2012年我们建造的早期原型的基础上，将开始通过研究创新的商业化将研究成果带给社会的进程。

This proposal is to perform a market assessment of new microfuidic technology for screening genetic material (chromosomes) in diseased cells. FISH on a Chip has been developed by the applicants. Our goal is to commercialize it and bring its benefits to patients. Our goal is to build a fully functional prototype instrument to identify chromosome abnormalities in genetic diseases and cancer patients. This will help expand the the biomedical industry in Canada. The FISH on a Chip technology to be built bridges the nano world to the micro world with nanoliter intracellular volumes immobilized in micron scale channels. This project also provides highly qualified personnel (HQP) for this new sector. The expertise of the machine learning group is being brought into medical device development for commercialization, providing a compelling model for future interactions with the nano sector. Successful development of the fully automated instrument prototype, building on our construction of an earlier prototype during 2012, will begin the process of bringing research accomplishments to the community through commercialization of research innovations.