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
Dr. M. Rajasekar arbeitet seit 2018 als Assistenzprofessor (Forschung) im Zentrum für molekulare und nanomedizinische Wissenschaften, Internationales Forschungszentrum, Sathyabama Institute of Science and Technology (Deemed to be University), Chennai, Tamilnadu. Er wurde mit NPDF, DSKPDF, Nehru PDF und Young Scientist ausgezeichnet.