Title of article
Recent Advances in Electrochemical Sensing of Anticancer Drug Doxorubicin: A Mini-Review
Author/Authors
Dourandish ، Zahra Environment Department - Institute of Science and High Technology and Environmental Sciences - Graduate University of Advanced Technology , Garkani Nejad ، Fariba Environment Department - Institute of Science and High Technology and Environmental Sciences - Graduate University of Advanced Technology , Zaimbashi ، Reza Environment Department - Institute of Science and High Technology and Environmental Sciences - Graduate University of Advanced Technology , Tajik ، Somayeh Research Center of Tropical and Infectious Diseases - Kerman University of Medical Sciences , Askari ، Mohammad Bagher Department of Semiconductor - Institute of Science and High Technology and Environmental Sciences - Graduate University of Advanced Technology , Salarizadeh ، Parisa High-Temperature Fuel Cell Research Department - Vali-e-Asr University of Rafsanjan , Mohammadi ، Zia Department of Chemistry - Payame Noor University , Oloumi ، Hakimeh Department of Ecology - Institute of Science and High Technology and Environmental Sciences - Graduate University of Advanced Technology , Mousazadeh ، Farideh School of Medicine - Bam University of Medical Sciences , Baghayeri ، Mehdi Department of Chemistry - Faculty of Science - Hakim Sabzevari University , Beitollai ، Hadi Environment Department - Institute of Science and High Technology and Environmental Sciences - Graduate University of Advanced Technology
From page
293
To page
315
Abstract
Cancer, is a worldwide epidemic, is characterized by the abnormal growth of cells and their ability to spread to various organs and tissues within the body. Doxorubicin (DOX) is an effective chemotherapy drug that not only inhibits the growth of cancer cells, but also assists in the immune-mediated elimination of tumor cells. Hence, it is critical to carefully regulate the DOX dosage for cancer patients undergoing drug-based cancer treatment. Nowadays, electrochemical sensors have emerged as reliable analytical instruments for detecting a broad spectrum of target molecules. This is because of their simplicity, affordability, and ability to seamlessly integrate with multiplexed and point-of-care strategies. By modifying the surface of electrodes with diverse materials, it is possible to enhance the sensitivity and lower the detection limits (LOD) of electrochemical sensors. This report provides a concise summary of selected studies that focus on the use of electrochemical sensors based on carbon nanomaterials and polymers for the DOX analysis, and offers insights on the technical advancements and potential future applications in this particular domain.
Keywords
doxorubicin , cancer cells , Modified electrode , Electrochemical sensors , Voltammetry , Amperometry
Journal title
Chemical Methodologies
Journal title
Chemical Methodologies
Record number
2764892
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