What question did this study set out to answer?

To develop a highly sensitive sensor for detecting nicotine, particularly in harmful smoke environments.

April 15, 2026Open Access

Boron fused pyrazolyl zinc salen as a self-powered ultra-sensitive sensor for pico-molar nicotine detection in realistic smoke environments

Key Points

To develop a highly sensitive sensor for detecting nicotine, particularly in harmful smoke environments.
Synthesis of boron fused pyrazolyl zinc salen compound
Testing sensor performance in realistic smoke conditions
Assessment of sensitivity to pico-molar nicotine levels
Achieved pico-molar detection sensitivity for nicotine
Demonstrated effectiveness in complex smoke environments
Indicated potential for health impact monitoring and regulation

Abstract

Sensitive detection of nicotine is essential owing to its adverse effects on human health; in particular, nicotine is associated with increased risk of cardiovascular and respiratory disorders and multiple types...

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Authors

Sasmita Dhala

Prakash Nayak

Indrajit Mondal

Journals

Materials Advances

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Boron fused pyrazolyl zinc salen as a self-powered ultra-sensitive sensor for pico-molar nicotine detection in realistic smoke environments

Key Points

Abstract

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Authors

Journals

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References and Citations

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