RECENT TRENDS IN ZINC (II) SENSORS BASED BIOMEDICAL APPLICATIONS - RAJASEKAR, Dr. M.;MASILAMANI SELVAM, Dr. M.
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The photoresponse-based zinc (II) chemosensors play important roles in several physiological functions in living systems. Due to the unique benefits of photoluminescence imaging, which include high sensitivity and non-invasiveness. It has developed into a potent instrument for the real-time monitoring of Zn2+ trafficking, distribution, and absorption. They have been focused on Zn2+ imaging via photoluminescence in biological systems, which have demonstrated the role of Zn2+ variations in physiological developments. The localization of labile Zn2+ pools as well as the temporal-spatial…mehr

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Produktbeschreibung
The photoresponse-based zinc (II) chemosensors play important roles in several physiological functions in living systems. Due to the unique benefits of photoluminescence imaging, which include high sensitivity and non-invasiveness. It has developed into a potent instrument for the real-time monitoring of Zn2+ trafficking, distribution, and absorption. They have been focused on Zn2+ imaging via photoluminescence in biological systems, which have demonstrated the role of Zn2+ variations in physiological developments. The localization of labile Zn2+ pools as well as the temporal-spatial distribution of labile Zn2+. It has been successful improvements in photoluminescence techniques including fluorescence microscopy and luminescence optical imaging systems.
Autorenporträt
Il dottor M. Rajasekar lavora attualmente come scienziato-C/professore assistente (ricerca) di chimica organica presso il Centro per le scienze molecolari e nanomediche, Centro internazionale di ricerca, Sathyabama Institute of Science and Technology (Deemed to be University), Chennai. Inoltre, gli sono stati concessi cinque brevetti e ha pubblicato dodici libri.