ALEXANDRIA UNIVERSITY

Manganese Ferrite Nanoparticles Generate 57% More Heating Power Than Cobalt Ferrite in Magnetic Hyperthermia Cancer Research

- UTEP and Alexandria University physicists found manganese ferrite nanoparticles produced the strongest heating response among four formulations tested for magnetic hyperthermia cancer therapy. - Manganese ferrite generated approximately 57% more heating power than cobalt ferrite due to more efficient magnetic response to alternating magnetic fields. - The study was conducted in test tubes with particles suspended in water, and researchers flag the lack of cell or animal model testing as a real limitation. - Future studies will evaluate safety, tumor targeting ability, and effectiveness in living systems before clinical translation can be considered.