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Enzyme-inhibition-basedEnzymes biosensorsBiosensor haveEnvironmental emerged as a promising technologyTechnology for environmentalMonitoring monitoringEnvironmental monitoring, offering high sensitivity, selectivity, and cost-effectiveness. However, there is a need to bridge the gap in knowledge regarding the specific application of these biosensors iin environmentalMonitoring monitoringEnvironmental monitoring and the challengesChallenges they may encounter in real-world scenarios. This chapter aims to address this gap by exploring the potential of enzymeEnzymes-inhibition-based in environmentalMonitoring monitoringEnvironmental monitoring through a review of recent advancements, discussions on key challengesChallenges, and proposed strategies for enhancing their performance and reliability in detecting environmental pollutantsPollutants. By conducting a comprehensive literature review, the chapter will analyze methodologies, limitations, and potential opportunities for the future development of enzymeEnzymes-inhibition-based biosensors for environmentalMonitoring monitoringEnvironmental monitoring applications. The key findings will encompass the fundamental principles of these biosensorsBiosensor, recent advances in sensor design, challengesChallenges faced in environmentalMonitoring monitoringEnvironmental monitoring, and potential strategies to optimize sensor performance. Ultimately, the chapter aims to contribute to a deeper understanding of the capabilities of enzymeEnzymes-inhibition-based biosensorsBiosensor for effectiveEnvironmental environmentalMonitoring monitoringEnvironmental monitoring, with implications for combating environmental pollutionPollution sustainably.

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Enzyme-Inhibition-Based Biosensors for Environmental Monitoring

  • 章节

  • 发表日期：

    2026年

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  • H. Dhilleswara Rao,
  • Shanmugam Bhasha,
  • Amulya Damarla,
  • Sridhar Dumpala,
  • Vivek Chintada

摘要

Enzyme-inhibition-basedEnzymes biosensorsBiosensor haveEnvironmental emerged as a promising technologyTechnology for environmentalMonitoring monitoringEnvironmental monitoring, offering high sensitivity, selectivity, and cost-effectiveness. However, there is a need to bridge the gap in knowledge regarding the specific application of these biosensors iin environmentalMonitoring monitoringEnvironmental monitoring and the challengesChallenges they may encounter in real-world scenarios. This chapter aims to address this gap by exploring the potential of enzymeEnzymes-inhibition-based in environmentalMonitoring monitoringEnvironmental monitoring through a review of recent advancements, discussions on key challengesChallenges, and proposed strategies for enhancing their performance and reliability in detecting environmental pollutantsPollutants. By conducting a comprehensive literature review, the chapter will analyze methodologies, limitations, and potential opportunities for the future development of enzymeEnzymes-inhibition-based biosensors for environmentalMonitoring monitoringEnvironmental monitoring applications. The key findings will encompass the fundamental principles of these biosensorsBiosensor, recent advances in sensor design, challengesChallenges faced in environmentalMonitoring monitoringEnvironmental monitoring, and potential strategies to optimize sensor performance. Ultimately, the chapter aims to contribute to a deeper understanding of the capabilities of enzymeEnzymes-inhibition-based biosensorsBiosensor for effectiveEnvironmental environmentalMonitoring monitoringEnvironmental monitoring, with implications for combating environmental pollutionPollution sustainably.