Physicist Developed Cancer Treatment Using Mechanical Torque
A new method utilizes iron and carbon nanoparticles to destroy solid tumors without relying on traditional heat.
Updated on Sept. 26, 2026 in Cancer
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Physics professor Ahmed El-Gendy has developed a novel cancer treatment that uses mechanical torque to target solid tumors. The technique involves exposing iron and carbon nanoparticles to low-frequency magnetic fields to disrupt cancer cell membranes.
Why it matters
This approach aims to eliminate cancer cells while avoiding the collateral damage to healthy tissues that often occurs with conventional heat-based therapies. It offers a potential new avenue for treating breast, prostate, and liver cancers.
Conventional thermal treatments typically operate within a temperature range of 40 to 42°C. The new mechanical method uses iron and carbon nanoparticles in the micro-dose range to oscillate and rotate at the cellular level.
The players
Ahmed El-Gendy
He is a physics professor at a university in Texas who led the development of the mechanical torque cancer treatment.
The details
By applying low-frequency magnetic fields, the nanoparticles rotate and oscillate to physically rupture the membranes of cancer cells. The research demonstrated significant tumor size reductions across breast, prostate, and liver cancer models in animal testing.
Timeline
Laboratory research was conducted over a two-year period from 2024 to 2026.
The Big Picture
This discovery marks a departure from hyperthermia cancer therapy by utilizing mechanical membrane disruption rather than thermal ablation.
This research could eventually offer patients a treatment option that reduces side effects associated with thermal damage to healthy tissue. Further safety and clinical testing are required before the method can be considered for human application.
The takeaway
This innovative use of nanotechnology highlights the shift toward targeted mechanical interventions in oncology. It emphasizes the importance of continuing laboratory research to bridge the gap between microscopic physical forces and systemic medical treatments.
What happens next
The research team plans to conduct studies on larger animal groups and intends to submit an application to the FDA for further development.
Further reading
Learn more about the latest research and developments in Cancer.
Source note: This article includes information reported by EgyptToday.
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