Newer to the treatment armamentarium are autologous blood injections , in which the doctor injects your own platelet - rich blood into the region of the injured tendon to deliver nutrients that help heal it 比侵入式冲击波疗法更先进的是自体移植式血液注射疗法，医生将你自己的富含血小板的血液注射进受损伤的腱子部位中，以此来向部位传递营养物质来帮助损伤部位的痊愈。
In the project , various previously developed non - invasive biosensors for measuring vital signs will be enhanced for home use and also a new multifunction stethoscope will be developed to diagnose cardiovascular and pulmonary disorders 在本项目中，将会对多种以前开发的用于测量生命信号的非侵入式生物传感器加以完善以适应家用，并会开发一款新的多功能听诊器用以测量心血管病和肺部疾病。
This article would introduce the serial research works related with non - invasive breath biomedical sensor for diagnosisaided of several diseases proceeding in author ' s laboratory , also address the future prospects and the possible challenge or obstacles might happen while launching into practical application 笔者在本文中介绍实验室在非侵入式呼器辅助疾病诊断生医感测器方面相关的系列研究，也提出未来在实际应用上的挑战与愿景。
By substituting with non - invasive breath test with general diagnosis way such as phlebotomization , it not only can reduce the patient ' s uncomfortable sense but also increase the understanding of basic biochemical function of body by way of information revealed from exhalation 摘要若以呼气测试辅助医师作疾病诊断，替代一般如抽血等的侵入式诊断方式，不但可降低病人的不舒服感，也可藉由呼气中显现的信息增加对身体基本生化功能的了解。
By substituting with non - invasive breath test with general diagnosis way such as phlebotomization , it not only can reduce the patient ' s uncomfortable sense but also increase the understanding of basic biochemical function of body by way of information revealed from exhalation 摘要若以呼气测试辅助医师作疾病诊断，替代一般如抽血等的侵入式诊断方式，不但可降低病人的不舒服感，也可藉由呼气中显现的资讯增加对身体基本生化功能的了解。
Having many distinct advantages such as low cost , wide application field , simple structure , non - invasive measurement and better safety , electrical capacitance tomography ( ect ) has being the most popular research direction and the main development in process tomography technique . there is still a lot of work to be done before practical use of the technique 电容层析成像技术以其成本低、适用范围广、结构简单、非侵入式、安全性好等优点，成为目前过程层析成像技术发展的主流和研究热点，但离实际应用尚有很大距离，因此有待进一步研究和发展。
