天津大学教师个人主页系统黄显 Fully printed and Self-compensated Bioresorbable Electrochemical Devices Based on Galvanic Coupling for Continuous Glucose Monitoring, Science Advances, 9(29):adi3839, 2023. Huang Xian

中文

Brief Introduction
Education Background
Research Interests
Courses
Professional Membership
Positions & Employments
Academic achievements
Honors & Awards
Team
Album

Huang Xian

School

School of Precision Instrument and Optoelectronics Engineering

Professional Title

Professor

Discipline

柔性电子

Other Contact Information

Selected Papers

Current position: Huang Xian > Academic Achievements > Selected Papers

Fully printed and Self-compensated Bioresorbable Electrochemical Devices Based on Galvanic Coupling for Continuous Glucose Monitoring, Science Advances, 9(29):adi3839, 2023.

Hits:

Journal:Science Advances

All the Authors:Jiameng Li, Jiayin Liu, Ziyue Wu, Xue Shang, Ya Li, Wenxing Huo, Xian Huang*

Correspondence Author:Xian Huang

Volume:9

Issue:29

Page Number:adi3839

Translation or Not:no

CN No.:null

Pre One:A flexible omnidirectional rotating magnetic array for MRI-safe transdermal wireless energy harvesting through flexible electronics, Science Advances, 9(33):adi5451, 2023.

Next One:Fully Integrated Microfluidic Device for Magnetic Bead Manipulation to Assist Rapid Reaction and Cleaning, Analytical Chemistry, 95(40):14934-14943, 2023.