Advanced Sensor Technology

Fundamental Aspects
1. Sensor Technology: Past, Present, and Future
2. Fundamentals of Sensor Technology
3. Emerging Application of Sensor Technology
Biomedical applications
4. Biosensors for Virus Detection
5. Biosensors for Bacteria Detection
6. Biosensors for Drug of Abuse Detection
7. Biosensors for Nucleic Acid Detection
8. Biosensors for Glucose Level Detection
9. Biosensing for Hormones Detection
10. Biosensors of Cancer Biomarkers Detection
11. Biomarker-based Biosensors in diagnosis of pre-diabetes and diabetes
12. Biosensors for Drug Detection
13. Carbon Nanostructures as a Novel Platform for Sensing Applications
14. Flexible wearable and self-powered sensors
15. Micro alcohol fuel cells towards autonomous electrochemical sensors
16. Biosensors for Organs-on-a-chip and Organoids
Environmental applications
17. Sensors as useful tools for water and wastewater monitoring
18. Chemical sensing of heavy metals in water
19. pH Sensors for Water and Wastewater Monitoring
20. Chemical sensing of Phenolic and Organophosphorus Compounds
21. Chemical sensing of Pesticides in water
22. Chemical Sensor and Biosensors for Soil Analysis: Principles, Challenges, and Emerging Applications
23. Radiation Sensor
24. Adulteration monitoring sensors
Construction and other Applications
25. Sensing Technology in Food Production
26. Sensors for Automotive and Robotics
27. Challenges and future aspects of Sensor Technology
28. Commercialization and Market of Sensors

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?Abused drug; Acoustic sensors; Actuators; Adulteration; Alcohols electrooxidation; Analytical methods; Antibody-based virus detection; Antioxidant capacity; Atomic clocks; Authentication; Autonomy; Bacteria detection; Biomarker; Biomedical application; Biosensing; Biosensor; Biosensors; CRISPR/Cas; Cancer; Cancer biomarkers; Challenges; Chemical sensing; Colorimetric biosensors; Commercialization; Current trends in sensors; DNA; Detection; Diabetes mellitus; Diagnosis of drugs; Disease models; Drug discovery; Drug monitoring; Drug screening; Early cancer diagnosis; Electrochemical; Electrochemical biosensor; Electrochemical biosensors; Electrochemical sensing; Electrochemical sensors; Enzymatic glucose sensors; Evolution of sensor technology over time; Fluorescence biosensor; Food adulteration; Food allergen; Food phenolics; Food quality; Food safety; Foodborne pathogen; Fuel cells; Global sensor market; Glucose; Glycated albumin; Glycated hemoglobin (HbA1c); Heavy metal monitoring; Hormone; Illicit drug; Imprinted polymer-based virus detection; In vitro 3D cell culture platforms; Inertial sensors; Insulin; Life-cycle; Magnetic sensors; Membrane-less; Metal-oxide electrode; Microbial biosensors; Microfluidic; Micropower generators; Milestones in sensor development; Moisture sensor; Nanobiosensors; Nanocomposite-based virus biosensors; Nanofiber-based sensors; Nanomaterial; Nanomaterials; Nanotechnology; Nonenzymatic glucose sensors; Noninvasive biosensors; Nucleic acid-based virus detection; Nucleic acids; Optical; Optical fiber sensors; Optical sensing; Optical sensors; Organ models; Organ-on-a-chip; Organoid; PH sensors; Peptide-based virus detection; Perception; Pesticide; Pharmaceutical industry; Pharmacology; Pharmacy; Piezoelectric sensors; Point-of-care devices; Point-of-care virus diagnostics; RF sensors; RNA; Self-powered sensors; Sensor