A Report on Non-Ionizing Radiation

cancer therapy: Microwave News Article Archive (2004 - )

August 24, 2022

“ELF Magnetic Fields Significantly Enhance the Cytotoxicity of Methotrexate and Can Reduce Migration of Cancer Cell Lines via Transiently Induced Plasma Membrane Damage,” Biochemical and Biophysical Research Communications, October 2022. “Our results suggest an important role for the use of ELF-MFs in the treatment of tumors that opens some new and exciting possibilities including using smaller therapeutic doses of chemotherapeutic agents and disrupting tumour metastasis.” In vitro experiment using 10 Hz EMFs at a very low intensity, 0.3 µT (3 mG). Open access.

May 31, 2019

“Tumour-Specific Amplitude-Modulated RF EMFs Induce Differentiation of Hepatocellular Carcinoma via Targeting Ca_v3.2 T-Type Voltage-Gated Calcium Channels and Ca²⁺ Influx,” EBioMedicince, posted May 31, 2019.

The latest on using weak EMFs to treat liver cancer from Boris Pasche’s group. See also companion paper posted in the same journal on May 22. Both are open access. For more on this work, see our report from 2011 and later update.

December 1, 2011

Would You Believe…Specific Frequencies Block Growth of Cancer Cells

A couple of months ago, the British Journal of Cancer published a paper detailing some extraordinary results: very specific types of weak electromagnetic (EM) fields were able to stabilize and shrink liver tumors in advanced cancer patients who had exhausted other treatment options. A press release was issued describing how the EM treatment was far more effective than the only available FDA-approved drug. It was pretty much ignored. No one believed it.

August 15, 2011

Very Weak RF Signals Show PromiseFor Treating Inoperable Liver Cancer

What if you could treat cancer without surgery, without chemotherapy and without ionizing radiation? What if you could extend a dying patient's life by years without any side effects? And if the patient were in pain, you could get rid of that too? All that may be possible sooner than you think.