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Research

Our research spans a wide range from basic chemical, analytical, and pharmaceutical studies. Much of this research is focused on three strategic Research Themes: Pharmaceutical analysis and quality control - Analysis of drugs in biological fluids and - Environmental monitoring. Research within these Themes is carried out in multidisciplinary groupings focused on the discovery of novel techniques and/or enhancement of the already existing ones, analysis of drugs and compounds of pharmaceutical interest in pure form and in different formulations with the best possible sensitivity, accuracy and precision. Moreover, the basic and advanced studies that are done in the field of biological fluid analysis and environmental matrices. The Department has major national and international collaborative research projects and a significant output of research publications in high-ranking journals (More than 400 publications up to 2010). Our academic collaborators include many Universities in USA, Canada, Japan, and a number of major European universities.

# Title Research Year
11 Disposable and sensitive electrochemical magneto-immunosensor for point-of-care HCV diagnostics: Targeting HCVcAg, the active viremia biomarker, in patient samples 2025
12 Dual-emission ratiometric fluorometric platform using Cu@NCDs/eosin system for sensitive detection of metformin: Pharmacokinetic studies in normal and disease states 2025
13 Dual-Emission Rhodamine–Carbon Dot Sensor for Rapid Monensin Residue Detection in Poultry 2025
14 Dual-mode colorimetric and fluorometric detection of D-penicillamine via inhibition of peroxidase-mimetic activity of bimetallic N-doped carbon dots 2025
15 Dual-Mode Histamine Detection Using Nitrogen and Iron Co-Doped Carbon Dots: A Novel Nanozyme-Based Sensing Platform for Food Safety Applications 2025
16 Dual-mode nanozyme sensor based on molybdenum, boron, nitrogen, and sulfur co-doped carbon dots for sensitive determination of cefoperazone in milk, serum, and pharmaceutical injections 2025
17 Dual-Quenching Mechanism-Based Fluorometric Sensing Platform for Precise D-Penicillamine Quantification in Therapeutic Drug Monitoring 2025
18 Engineering sensitive ratiometric probe based on Tb@BNCDs and thiolated-protected AuNCs for melamine sensing via competitive coordination mechanism 2025
19 Fe/N-CD Nanozyme for Dual-Mode Fluorescence and Colorimetric Detection of Carbendazim 2025
20 First electrochemical nanosensor for ultrasensitive quantification of MET inhibitor, capmatinib based on carbon nanofiber networks incorporated with hybrid nanofiller nanogold-loaded porous acetylene black 2025