Dr. Hussein Nasser Khalaf, a faculty member at the College of Pharmacy, has published a research paper titled "Electrochemical study of dopamine and hydroquinone using the nano-compound (Pd@Au-PANI)" in the Nanomedicine Journal.
Published in a Scopus-indexed journal (Q3), the research explores the electrochemical estimation of dopamine using an advanced composite material of Palladium, Gold, and Polyaniline (PANI). This technology holds significant promise for targeted drug delivery systems in biomedical science.
The results demonstrated that the proposed biosensor achieves exceptional sensitivity for the simultaneous detection of dopamine and hydroquinone, with detection limits reaching as low as 0.46 µM. This study represents a notable contribution to the development of high-precision diagnostic tools in pharmaceutical nanotechnology.
