Designing copper sulfide nanocrystal-based non-enzymatic glucose sensor: An electrochemical and field-effect transistor-based sensing strategy

Chandan Saha; Pooja Kumari; Manuj Kumar Hazarika; Ibrahim Waziri; Kaushik Mallick

doi:10.1039/d5nj02622a

January 1, 2025New Journal of ChemistryOpen Access

Designing copper sulfide nanocrystal-based non-enzymatic glucose sensor: An electrochemical and field-effect transistor-based sensing strategy

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Key Points

Polyaniline-stabilized copper sulfide nanocrystals significantly enhance glucose sensing capabilities in devices.
The study showcases both electrochemical and field-effect transistor platforms for effective sensor application.
Comprehensive structural analysis confirms the stability and catalytic efficacy of copper sulfide in glucose detection.
The findings highlight the potential for advanced glucose sensors, emphasizing the need for ongoing innovation in diagnostic technologies.

Implication

Electrochemical methods enable improved glucose sensor design using polyaniline-stabilized copper sulfide, indicating high efficiency in diagnostics.

Abstract

Polyaniline stabilized copper (I) sulfide (Cu2S) nanocrystal was synthesized using a two-step method and employed as a catalyst for glucose sensing in electrochemical and field-effect transistor-based platforms. Comprehensive structural and...

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Cite This Study

Saha et al. (2025) studied this question.

synapsesocial.com/papers/68c1ad5c54b1d3bfb60e54c2 https://doi.org/10.1039/d5nj02622a

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Designing copper sulfide nanocrystal-based non-enzymatic glucose sensor: An electrochemical and field-effect transistor-based sensing strategy

Key Points

Implication

Abstract

Discussion

Cite This Study

Designing copper sulfide nanocrystal-based non-enzymatic glucose sensor: An electrochemical and field-effect transistor-based sensing strategy

Key Points

Implication

Abstract

Discussion

Cite This Study

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