Nitric Oxide Sensing

This book offers a comprehensive overview of the latest technologies for detecting nitric oxide, covering small-molecule probes and carbon nanomaterials.

In Nitric Oxide Sensing, the authors delve into the recent advancements in the detection of nitric oxide (NO), a crucial biological signaling molecule. Despite its importance, NO presents significant challenges due to its reactive nature and the potential health hazards it poses as a colorless gas. The book highlights the necessity of accurately detecting NO levels in various environments, including biological samples and the atmosphere, to address both health and environmental concerns.

The text reviews the state-of-the-art small-molecule probes and innovative carbon nanomaterials that have been developed for chemical, photoluminescent, and electrochemical detection of NO. It emphasizes the extensive research efforts that have gone into creating effective sensors and devices capable of quantifying NO in different contexts, including atmospheric conditions and human breath. This focus is particularly relevant given the implications of NO levels for lung inflammation and other health issues.

One chapter in Nitric Oxide Sensing is dedicated to the devices specifically designed for detecting NO in human breath, providing insights into their functionality and relevance. The authors, with their diverse expertise, aim to cover a broad spectrum of NO sensing technologies, making this book a comprehensive resource for researchers and practitioners interested in the field of nitric oxide detection.