奈米工程與微系統研究所　書報討論

Seminar of Inst. NanoEngineering and MicroSystems

Pro. Chih-Ting Lin

Department of EE

 National Taiwan University

 Integrated CMOS Biotechnology for Biomolecular Detection

Abstract

        Growing with modern societies, healthcare paradigms have been shifted from centralized hospitals to local-distributed clinics. At the same time, blooming consumer electronics envision potentials of convenient and personalized lives. As a consequence, it is intriguing to harness momentums of electronics for next-generation affordable healthcare technologies.

In-vitro diagnosis (IVD) is essential in diagnosis and prognosis and its market size is around billions of dollars. Aside from traditional electrophysiological diagnoses, e.g. EEG and ECG, IVD is one of key candidates, which can be promoted by ICT, for future personalized healthcare technologies. To address this vision, we have developed a series of complementary metal-oxide-semiconductor (CMOS) based bimolecular analysis chip technology. Taking advantages of COMS-compatible characteristics, the developed bio-sensor-on-chip (BSoC) has demonstrated capabilities to be monolithically integrated with analog interface circuits, digital process circuits, and wireless transceiver circuits. Since CMOS technology has capabilities of low cost and mass production, this result shows potentials to employ the developed BSoC technology for future consumer bioelectronics in different applications, such as personal healthcare management and on-site diagnosis in clinics. Therefore, we believe a CMOS based handheld device for cardiac biomarkers is promising and has great market potential in both diagnosis and prognosis.

15:30-17:20 on May. 28(Mon), 2018 at Room 108 of Eng. Building I

Host：Prof. J.Andrew Yeh jayeh@mx.nthu.edu.tw Ext:42912

TA：Eva Huang     crazy8826@gmail.com