摘要
生物医学电子学领域的快速发展,尤其新型传感器的微电路创新及应用正在催生越来越优良的电子传感器问世,特别结合纳米科技、微电子技术、实时通信、检测技术网络化及云端运算等技术的生物传感器的应用,将会给人体疾病的早期诊断和预防带来崭新途径和策略。通过对医疗传感器的微型化和新型轻质高强底免疫原性材料适应性改进,增加传感器的感应电源与数据传输,以及低功耗传感器射频器件,最终可解决医疗实践中电子传感器植入皮下或人体的需求,达到检测人群身体生理指标,起到预防保健作用,从而保障人民生活健康,提高人们的生活质量。对生物传感器在现代医疗模式中的应用进行了归类和畅想,试图为生物传感器技术研究者的提供创新灵感,增进生物医学电子领域的发展。
The rapid development of the biomedical electronics,especially the microcircuit innovation and application of new type sensor facilitate the development of more and more excellent electronic sensors. The application of biological sensors, which are in combination with nanotechnology,microelectronic technology,real-time communications,network detection technol-ogy and cloud computing technology,will lead to new approaches and strategies for early diagnosis and prevention of human dis-eases. The demand of the electronic sensors implanted subcutaneously can be finally satisfied in medical practice,which can de-tect body’s physiological indexes for safeguarding health and improving the quality of human life through miniaturization of the medical sensors,improvement of the adaptability of lightweight high-strength immunogenic materials,and increase of the sen-sor's induction power supplements,data transmission rate and low power consumption RF devices. In this paper,the application of biosensor in modern medical field is classified and imagined. The purpose of the article is to provide innovative ideas for the researchers in biological sensor field and to promote the development of biomedical electronics in future.
出处
《现代电子技术》
2013年第20期131-135,共5页
Modern Electronics Technique