Dr. Sibel A. Ozkan has been a Full Professor of Analytical Chemistry at the Faculty of Pharmacy, Ankara University, Türkiye, since 1986. She is an active member of the Division of Analytical Chemistry of the European Chemical Society, representing the Turkish Chemical Society. Her research encompasses separation techniques, chiral separation, drug analysis, electrochemical biosensors, nanosensors, biomarkers, environmental sensors, method development, and validation of drug assays. She serves as an editor for the Journal of Pharmaceutical and Biomedical Analysis and is also an editorial board member of Talanta, Chromatographia, Biosensors & Bioelectronics: X, and other prominent journals.

• Part I. Electrochemical Sensors for Environmental Analysis1. The importance of electrochemistry in environmental monitoring: Advantages and Limitations2. General overview of contaminants of emerging concern in environmental samples3. Electrochemical sensing technologies for wastewater monitoring4. Metallic-based electrochemical sensors for environmental monitoring5. Molecular imprinting technology for monitoring environmental contaminants6. The role and the place of ionic liquids for environmental sensors and their applications7. Metal-organic frameworks-based electrochemical sensors for environmental applications8. Nanomaterial-based electrochemical sensor for the detection of industrial wastes and pesticides in environmental media9. Hybrid type of electroanalytical nanosensors for environmental monitoring10. Electrochemical enzymatic nanobiosensors of pesticides11. The use of aptamers for environmental biosensorsPart II. The most commonly analyzed environmental contaminants12. The electrochemical sensing of bisphenols for environmental monitoring13. The sensitive electrochemical sensors of pharmaceutical compound residues in environmental samples14. Trace level analysis of heavy metals in the environment with electrochemical sensors15. Paraben’s role in human health and its sensitive assays from personal care products by electrochemical techniques16. Determination of pesticide residues in environmental samples with electrochemical sensors17. Electrochemical sensors for organic and microbial contaminants18. Electrochemical sensors for monitoring toxic gases from the environmental pollutantsPart III. Latest Trends and Future Perspectives19. On-site electrochemical detection of environmental pollutants20. New portable electrochemical sensors for the detection of drug residues21. Miniaturized analytical Lab-on-a-chip (LoC) devices and their potential application in environmental monitoring22. Current trends of electrochemical sensors in possible biodegradation for sustainable mitigation of environmental monitoring: Recent progress and future outlook23. Green electrochemical sensor for environmental monitoring and their future outlook

Dr. Sibel A. Ozkan has been a Full Professor of Analytical Chemistry at the Faculty of Pharmacy, Ankara University, Türkiye, since 1986. She is an active member of the Division of Analytical Chemistry of the European Chemical Society, representing the Turkish Chemical Society. Her research encompasses separation techniques, chiral separation, drug analysis, electrochemical biosensors, nanosensors, biomarkers, environmental sensors, method development, and validation of drug assays. She serves as an editor for the Journal of Pharmaceutical and Biomedical Analysis and is also an editorial board member of Talanta, Chromatographia, Biosensors & Bioelectronics: X, and other prominent journals.

• Part I. Electrochemical Sensors for Environmental Analysis1. The importance of electrochemistry in environmental monitoring: Advantages and Limitations2. General overview of contaminants of emerging concern in environmental samples3. Electrochemical sensing technologies for wastewater monitoring4. Metallic-based electrochemical sensors for environmental monitoring5. Molecular imprinting technology for monitoring environmental contaminants6. The role and the place of ionic liquids for environmental sensors and their applications7. Metal-organic frameworks-based electrochemical sensors for environmental applications8. Nanomaterial-based electrochemical sensor for the detection of industrial wastes and pesticides in environmental media9. Hybrid type of electroanalytical nanosensors for environmental monitoring10. Electrochemical enzymatic nanobiosensors of pesticides11. The use of aptamers for environmental biosensorsPart II. The most commonly analyzed environmental contaminants12. The electrochemical sensing of bisphenols for environmental monitoring13. The sensitive electrochemical sensors of pharmaceutical compound residues in environmental samples14. Trace level analysis of heavy metals in the environment with electrochemical sensors15. Paraben’s role in human health and its sensitive assays from personal care products by electrochemical techniques16. Determination of pesticide residues in environmental samples with electrochemical sensors17. Electrochemical sensors for organic and microbial contaminants18. Electrochemical sensors for monitoring toxic gases from the environmental pollutantsPart III. Latest Trends and Future Perspectives19. On-site electrochemical detection of environmental pollutants20. New portable electrochemical sensors for the detection of drug residues21. Miniaturized analytical Lab-on-a-chip (LoC) devices and their potential application in environmental monitoring22. Current trends of electrochemical sensors in possible biodegradation for sustainable mitigation of environmental monitoring: Recent progress and future outlook23. Green electrochemical sensor for environmental monitoring and their future outlook

Dr. Sibel A. Ozkan has been a Full Professor of Analytical Chemistry at the Faculty of Pharmacy, Ankara University, Türkiye, since 1986. She is an active member of the Division of Analytical Chemistry of the European Chemical Society, representing the Turkish Chemical Society. Her research encompasses separation techniques, chiral separation, drug analysis, electrochemical biosensors, nanosensors, biomarkers, environmental sensors, method development, and validation of drug assays. She serves as an editor for the Journal of Pharmaceutical and Biomedical Analysis and is also an editorial board member of Talanta, Chromatographia, Biosensors & Bioelectronics: X, and other prominent journals.

• Part I. Electrochemical Sensors for Environmental Analysis1. The importance of electrochemistry in environmental monitoring: Advantages and Limitations2. General overview of contaminants of emerging concern in environmental samples3. Electrochemical sensing technologies for wastewater monitoring4. Metallic-based electrochemical sensors for environmental monitoring5. Molecular imprinting technology for monitoring environmental contaminants6. The role and the place of ionic liquids for environmental sensors and their applications7. Metal-organic frameworks-based electrochemical sensors for environmental applications8. Nanomaterial-based electrochemical sensor for the detection of industrial wastes and pesticides in environmental media9. Hybrid type of electroanalytical nanosensors for environmental monitoring10. Electrochemical enzymatic nanobiosensors of pesticides11. The use of aptamers for environmental biosensorsPart II. The most commonly analyzed environmental contaminants12. The electrochemical sensing of bisphenols for environmental monitoring13. The sensitive electrochemical sensors of pharmaceutical compound residues in environmental samples14. Trace level analysis of heavy metals in the environment with electrochemical sensors15. Paraben’s role in human health and its sensitive assays from personal care products by electrochemical techniques16. Determination of pesticide residues in environmental samples with electrochemical sensors17. Electrochemical sensors for organic and microbial contaminants18. Electrochemical sensors for monitoring toxic gases from the environmental pollutantsPart III. Latest Trends and Future Perspectives19. On-site electrochemical detection of environmental pollutants20. New portable electrochemical sensors for the detection of drug residues21. Miniaturized analytical Lab-on-a-chip (LoC) devices and their potential application in environmental monitoring22. Current trends of electrochemical sensors in possible biodegradation for sustainable mitigation of environmental monitoring: Recent progress and future outlook23. Green electrochemical sensor for environmental monitoring and their future outlook