Chemiluminescence and bioluminescence : past, present and future

Description

Content: Note continued: 14.1.Introduction -- 14.2.Chemiluminescence -- 14.2.1.Reaction Triggering -- 14.3.Bioluminescence -- 14.3.1.Firefly Bioluminescence -- 14.3.2.Bacterial Bioluminescence -- 14.4.Biosensors Generalities -- 14.5.Immunosensor Generalities -- 14.6.Analytical Applications -- 14.6.1.Chemiluminescent Biosensors -- 14.6.2.Electrochemiluminescent Biosensors -- 14.6.3.Chemiluminescent Immunosensors -- 14.6.4.Electrochemiluminescent Immunosensors -- 14.6.5.Electrochemiluminescent DNA Sensors -- 14.6.6.Bioluminescent Biosensors -- 14.7.Conclusion -- References -- ch. 15 Cell-based Bioluminescent Biosensors / Aldo Roda -- 15.1.Introduction -- 15.2.Design and Construction of Bacterial Cell-based Bioluminescent Biosensors -- 15.2.1.Regulation of Reporter Gene Expression -- 15.2.2.Reporter Genes and Their Attributes -- 15.2.3.Advantages and Limitations of Bacterial Cell-based Bioluminescent Biosensors -- 15.3.Applications of Bacterial Cell-based Bioluminescent Biosensing Systems -- 15.4.Bioluminescent Biosensors: the Eukaryotic Alternative -- 15.4.1.Yeast-based Biosensors -- 15.4.2.Bioluminescent Cell-based Assays for Endocrine Disruptors Monitoring -- 15.4.3.Bioluminescent Yeast and Mammalian Cell-based Assays for Genotoxic Compounds and ADMET Studies -- 15.4.4.Bioluminescent Mammalian Cell-based Biosensors as Functional Detection Systems -- 15.5.Multiplexed and Multicolor Assays -- 15.6.Miniaturization of Cell-based Biosensing Systems -- 15.7.Conclusions and Future Potential -- Acknowledgements -- References -- ch. 16 Miniaturized Analytical Devices Based on Chemiluminescence, Bioluminescence and Electrochemiluminescence / Jason Y. Park -- 16.1.Introduction -- 16.2.Fabrication Methods for Microchips -- 16.3.Microchip Components -- 16.4.Advantages of Microchips for Analysis -- 16.5.Applications of Microchip Analytical Devices -- 16.5.1.Chemiluminescence -- 16.5.2.Bioluminescence -- 16.5.3.Electrochemiluminescence -- 16.6.μTAS Chips -- 16.7.Microarray Chips -- 16.8.Flow Injection Analysis (FIA) on Microchips -- 16.9.Capillary Electrophoretic Analysis (CE) on Microchips -- 16.10.Point-of-care Applications for Microchips -- 16.11.Conclusions -- References -- ch. 17 Recent Analytical Application Areas of Chemiluminescence and Bioluminescence / Aldo Roda -- 17.1.Introduction -- 17.2.Forensic Sciences -- 17.2.1.Luminol Test for Bloodstain Detection -- 17.2.2.Factors Affecting the Luminol Test -- 17.2.3.Improvement of the Luminol Test -- 17.2.4.Other Applications of the Luminol Test -- 17.3.Detection of Explosives -- 17.3.1.Analysers Based on the NO-Ozone CL Reaction -- 17.3.2.Analysers Based on the Luminol CL Reaction -- 17.3.3.Direct Detection of Degradation Products of Nitrated Explosives -- 17.3.4.Detection of Explosives by Gas Chromatography -- 17.3.5.Detection of Explosives by Liquid Chromatography -- 17.3.6.Detection of Explosives by Immunoassays -- 17.4.Study and Conservation of Cultural Heritage -- 17.4.1.Detection of Microbial Contamination by BL Imaging -- 17.4.2.Detection and Localization of Proteins in Artworks by CL Imaging Microscopy -- 17.4.3.Dating of Ancient Bones -- References