Panida Khunkaewla

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About

Panida Khunkaewka is a pioneering researcher in the field of pharmaceutical analysis and drug delivery systems, with a specialized focus on developing innovative electrochemical methods for real-time drug release monitoring. Her major contributions center on the integration of robotic microplate voltammetry with hydrogel and polymer thin-film technologies, enabling precise, automated measurement of drug release kinetics. In her most-cited work, "Robotic microplate voltammetry for real-time hydrogel drug release testing" (2018, 15 citations), she introduced a groundbreaking approach that combines robotic automation with microplate-based electroanalysis to track drug release in real time. Her subsequent study (2020, 7 citations) further advanced this methodology by applying programmed microplate electroanalysis to investigate paracetamol release from chitosan and pH-sensitive synthetic polymer films, as well as polymer-agarose blends. Through automated square-wave voltammetry, Khunkaewka has provided critical insights into the release behavior of therapeutic compounds from complex polymer matrices. Her work bridges analytical chemistry and pharmaceutical engineering, offering powerful tools for drug formulation development and quality control. With a growing citation impact, she continues to shape the future of intelligent drug delivery testing.