Wireless RF Biosensor Utilizes Microfluidics and Passive Technology for Glucose Detection
- admin
- 2023-06-21
- 1286
Professor Kim Nam-young's Research Team Developed a Radio Frequency Biosensor that Combines Microfluidic and Integrated Passive Technology for Glucose Detection
- Published
in Sensors and Actuators: B. Chemical Journal, JCR 2.5% Q1, IF: 9.221 -
<(Left) PhD researcher Wei Yue (Center)
Professor Kim Hyun-Soo (Right) Professor Kim Nam-Young>
Professor
Nam-Young Kim from the Department of Electronic Engineering at Kwangwoon
University, along with his research team, including doctoral candidate Wei Yue
from the Department of Electronic Engineering (first author), and Professor
Hyun-Soo Kim (co-corresponding author), has successfully developed a wireless frequency
biosensor that combines microfluidics and integrated passive technologies for
glucose detection.
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This
research received support from the National Research Foundation of Korea (NRF)
as part of the Priority Research Centers Program and the Basic Science Research
Program through the Ministry of Education (MOE) in Korea. The research findings
were published in the prestigious international journal Sensors and Actuators:
B. Chemical, published by Wiley, under the title "A miniature and reusable
radiofrequency biosensor combining microfluidic and integrated passive
technology for glucose detection." The journal has an impact factor (IF)
of 9.221.
(DOI: https://doi.org/10.1016/j.snb.2023.134108)