Session29_Biochemical Sensors for Life Sciences and Agriculture.pdf

1、ISSCC 2026SESSION 29Biochemical Sensors for Life Sciences and Agriculture29.1:A 48-Day Duration Pasting Bioelectronic Device Realizing Closed-Loop Realtime Detection and Precision Treatment for Type-1 Diabetes 2026 IEEE International Solid-State Circuits Conference1 of 49A 48-Day-Duration Pasting Bi

2、oelectronic Device Realizing Closed-Loop Realtime Detection and Precision Treatment for Type-1 Diabetes1East China Normal University,Shanghai,China2University of Houston,Houston,TXXiaoyuan Wu*1,Kangjie Zhao*1,Mengyao Liu1,Shixiang Ding1,Xuyang Li1,Yuri Lu1,RuohanWang1,Ziyan Zhao1,Liwen Qian1,Yang Ya

3、ng1,Jing Wu1,Leilei Huang1,Chunqi Shi1,Yuhong Wei1,Yue Lu1,Ningzi Guan1,Haifeng Ye1,Jinhong Chen2,and Runxi Zhang129.1:A 48-Day Duration Pasting Bioelectronic Device Realizing Closed-Loop Realtime Detection and Precision Treatment for Type-1 Diabetes 2026 IEEE International Solid-State Circuits Conf

4、erence2 of 49Outline Motivations The Proposed PBD System DesignThe PBD System and Closed-Loop OperationBlock Diagram and Timing of the PBD Chip The Proposed PBD Chip DesignRealtime Detection PathPrecision Treatment Path Measurements Conclusions29.1:A 48-Day Duration Pasting Bioelectronic Device Real

5、izing Closed-Loop Realtime Detection and Precision Treatment for Type-1 Diabetes 2026 IEEE International Solid-State Circuits Conference3 of 49Growing Number of Diabetic Patients*Data Source:IDF Diabetes Atlas 2025 11th100 thousand100500 thousand500 thousand 1million1 10 million10 20 millionOur Worl

6、d20502025852.5 Million588.7 Million45%increase29.1:A 48-Day Duration Pasting Bioelectronic Device Realizing Closed-Loop Realtime Detection and Precision Treatment for Type-1 Diabetes 2026 IEEE International Solid-State Circuits Conference4 of 49Need for Novel Detection&Treatment Approaches Tradition