Titlebook: Introduction to Fluorescence Sensing; Volume 1: Materials Alexander P. Demchenko Book 2020Latest edition Springer Nature Switzerland AG 20

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hnological risk. .Emerging Technological Risk. provides an interdisciplinary account of risk in socio-technical systems including hazards which highlight:.·???????? How technological risk crosses organizational boundaries,.·???????? How technological trajectories and evolution develop from resolving

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Overview of Strategies in Fluorescence Sensing,egies for obtaining the quantitative information on sensor-target interaction. There are different possibilities for that, and the technologies that are currently in use are critically analyzed. They include (a) the labeling of all pool of potential targets as it is commonly used in DNA hybridizatio

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Organic Dyes and Visible Fluorescent Proteins as Fluorescence Reporters,ponse units into sensing and imaging technologies and we discuss their general properties that are essential for their applications. Organic dyes were the first and remain to be the most popular emitters used for these purposes. The labeling and responsive properties of the major classes of these dy

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Fluorescent Organic Dyes and Conjugated Polymers in Nanoscale Ensembles, focus on their applications in sensing and imaging technologies. These new materials are diverse. Strongly emissive nanoparticles can be formed of organic or inorganic polymers incorporating organic dyes. In dendrimers they can be attached covalently and in well-defined manner in the desired sites.

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Fluorescent Carbon Nanostructures,uite recently the family of fluorophores offering use on incredibly broad scale, from optoelectronics to sensing and imaging. Their role is versatile, from very efficient quenchers to very bright emitters and image-formers. Their unexpectedly discovered unusual and still not fully understood optical

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Smart Luminescent Nanocomposites,w to optimize their design for the best functional performance. Different possibilities are demonstrated allowing not only to increase dramatically their brightness but also to explore superenhancement-superquenching effects in sensing. Moreover, the wavelength-shifting to any desired wavelength wit

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Fluorescent Composites Combining Multiple Sensing and Imaging Modalities, modalities that are required for obtaining and analysis of information using quite different chemical structures and different instrumentation. This information can be complementary to that obtained by optical methods and can be efficiently used in sensing, but mostly in imaging.