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Table of Contents
1. Principles and Techniques in Chemical and Biological Sensing
2. Overview of Strategies in Fluorescence Sensing
3. Fluorescence Detection in Sensor Technologies
4. Photophysical Mechanisms of Signal Transduction in Sensing
5. Organic Dyes and Visible Fluorescent Proteins as Fluorescence Reporters
6. Small Luminescent Associates Based on Inorganic Atoms and Ions
7. Fluorescent Inorganic Particles in Nanoscale World
8. Fluorescent Organic Dyes and Conjugated Polymers in Nanoscale Ensembles
9. Fluorescent Carbon Nanostructures
10. Smart Luminescent Nanocomposites
11. Passive Support Materials for Fluorescence Sensors
12. Fluorescent Composites Combining Multiple Sensingand Imaging Modalities
13. Evanescent Field Effects and Plasmonic Enhancement of Luminescence in Sensing Technologies
14. Non-conventional Generation and Transformation of Sensor Response
15. Techniques and Devices Used in Fluorescence Sensing
16. Frontiers for Future Research. Two-Photonic, Highly Excited and Single-Molecular Sensors.
2. Overview of Strategies in Fluorescence Sensing
3. Fluorescence Detection in Sensor Technologies
4. Photophysical Mechanisms of Signal Transduction in Sensing
5. Organic Dyes and Visible Fluorescent Proteins as Fluorescence Reporters
6. Small Luminescent Associates Based on Inorganic Atoms and Ions
7. Fluorescent Inorganic Particles in Nanoscale World
8. Fluorescent Organic Dyes and Conjugated Polymers in Nanoscale Ensembles
9. Fluorescent Carbon Nanostructures
10. Smart Luminescent Nanocomposites
11. Passive Support Materials for Fluorescence Sensors
12. Fluorescent Composites Combining Multiple Sensingand Imaging Modalities
13. Evanescent Field Effects and Plasmonic Enhancement of Luminescence in Sensing Technologies
14. Non-conventional Generation and Transformation of Sensor Response
15. Techniques and Devices Used in Fluorescence Sensing
16. Frontiers for Future Research. Two-Photonic, Highly Excited and Single-Molecular Sensors.