Referenced-Closed Bipolar Electrode to Enable the Photoelectrochemical-Electrochromic Synchronous Biosensing

Referenced-Closed Bipolar Electrode to Enable the Photoelectrochemical-Electrochromic Synchronous Biosensing

The environment of electrolyte solution (e.g., saline, pH, and ascorbic acid) can affect the stability of electrochromic materials in photoelectrochemical (PEC)-electrochromic biosensors. Herein, we develop a referenced-closed bipolar electrode (ref-CBPE)-enabled PEC-electrochromic biosensing platfo...

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Bibliographic Details
Main Author: Shuyun Meng (9388005) (author)
Other Authors: Na Dong (384102) (author), Shuda Liu (17461874) (author), Zuo Chen (4861459) (author), Mingzhen Zhu (12003333) (author), Xueping Zhang (161237) (author), Dong Liu (115204) (author), Tianyan You (1465621) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Medicine
Genetics
Molecular Biology
Pharmacology
Biotechnology
Sociology
Computational Biology
Biological Sciences not elsewhere classified
zno heterojunctions act
reveals high portability
g ., saline
electrochromic biosensing platform
electrochromic biosensing device
modal biosensing device
higher signal response
closed bipolar electrode
electrochromic synchronous biosensing
electrochromic detection cells
signal synchronous acquisition
conventional cbpe configuration
polyaniline electrochromic material
electrolyte solution environment
synchronous acquisition
modal detection
electrolyte solution
electrochromic type
electrochromic signals
electrochromic materials
electrochromic biosensor
reference electrode
biosensor response
synchronous dual
work provides
provide electrons
new avenue
model target
effectively avoiding
driving cathode
driving anode
cry1ab protein
cbpe serves
biosensor design
ascorbic acid
appropriate cbpe
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