Scholarlink

This chapter is an overview of biosensorsBiosensor Environment for monitoringMonitoring environmentalEnvironmental pollutantsPollutants, stressing on concept of applications and challengesChallenges. Biosensors are important instruments for environmental analysisEnvironmental analysis and monitoringMonitoring. They are widely used to detect chemical and microbial contaminants in waterWater, air, and soilSoil. Traditional techniques are limited to laboratory use due to high cost and bulky instrumentation. This has led to the emergence of biological sensing mechanisms, such as aptamers, whole-cell biosensorsBiosensor, nanozymes, and molecularly imprinted polymers. In addition, advances in nanotechnologyNanotechnology and genetic engineering have made biosensing devices more portable and accurate. The development of portable biosensorsPortable biosensors has immensely improved sensitivity and accuracy in the detection of environmental pollutantsPollutants. However, challengesChallenges include environmentalEnvironmental variability, matrix interference, sensitivity, stability, and long-term usability. Advances in data transfer, cloud-based storage, and machine learningMachine Learning (ML) algorithms are paving the way for the future of biosensorsBiosensor in environmentalMonitoring monitoringEnvironmental monitoring.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Biosensors for Monitoring and Analysis of the Environment

  • 章节

  • 发表日期：

    2026年

查看全文
  • Mohammed Abdullahi,
  • Mohammed Jibrin Ndejiko,
  • Muhammad Isah Legbo

摘要

This chapter is an overview of biosensorsBiosensor Environment for monitoringMonitoring environmentalEnvironmental pollutantsPollutants, stressing on concept of applications and challengesChallenges. Biosensors are important instruments for environmental analysisEnvironmental analysis and monitoringMonitoring. They are widely used to detect chemical and microbial contaminants in waterWater, air, and soilSoil. Traditional techniques are limited to laboratory use due to high cost and bulky instrumentation. This has led to the emergence of biological sensing mechanisms, such as aptamers, whole-cell biosensorsBiosensor, nanozymes, and molecularly imprinted polymers. In addition, advances in nanotechnologyNanotechnology and genetic engineering have made biosensing devices more portable and accurate. The development of portable biosensorsPortable biosensors has immensely improved sensitivity and accuracy in the detection of environmental pollutantsPollutants. However, challengesChallenges include environmentalEnvironmental variability, matrix interference, sensitivity, stability, and long-term usability. Advances in data transfer, cloud-based storage, and machine learningMachine Learning (ML) algorithms are paving the way for the future of biosensorsBiosensor in environmentalMonitoring monitoringEnvironmental monitoring.