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Research Area

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Research topics:​

  • Bile salt-derived soft hybrid materials

  • Photoluminescent lanthanide-cholate hydrogels

  • Paper-based sensing of biomolecules & diseases

 

We explore the applications of supramolecular chemistry using bile acids and their salts by designing functional soft materials (hydrogels). We are actively working on the photoluminescent lanthanocholate hydrogels and energy transfer in these systems to develop a ‘pro-sensitizer’-based sensing of ions (F-), clinically important enzymes (α-galactosidase, α-glucosidase, neuraminidase) and their associated diseases (e.g., Fabry disease, Influenza virus).

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Research Projects

A sensitive paper-based sensor for fluoride detection in water using Tb3+ photoluminescence

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A supramolecular gel-based protocol for detecting α-glycosidases and screening potential drug inhibitors

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Unveiling the Promiscuous Glucosidase Activity of Bovine Alkaline Phosphatase with Designed Aryl Glycosides

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Neuraminidase-based photoluminescent probes for Influenza diagnostics and antiviral drug screening

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©2021 by Pankaj Kumar Chaturvedi/Wix.com

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