ELECTROMAGNETIC TREATMENT OF PANCREATIC CELL TUMORS

Cancer Engineering has focused its research on the discovery that non-toxic electromagnetic-based treatment methods can slow down pancreatic cancer and tumor growth without harming the normal surrounding tissues or producing side effects detrimental to quality of life. Our current research is focused on the treatment of pancreatic cancer and has demonstrated promising results!

We have established our research facilities at the University Of Colorado at Boulder and are presently studying the effects of electromagnetic field applications on mice pancreatic-related tumors. Our goal is to perfect this technology and one day introduce it into the clinical setting for the treatment of certain forms of human cancers. We are currently in the process of raising 20 million dollars to fund this very promising research.

Scientific data from our research suggests a mechanism of interaction between the biological systems of cancer cells with the electromagnetic field. This data is indicative of an affect of the electromagnetic field upon the modulation of the cell’s oxidative stress load and free radical chemistry. A reduction in growth rate of pancreatic-related tumors in mice has been measured, with present data suggesting these effects are caused in part by the electromagnetic field affect on free radical concentrations in tumor cells. These findings hold enormous potential for the future of cancer treatment therapy.

IN LIGHT OF THE ENORMOUS AMOUNT OF FUNDING DIRECTED TOWARD CANCER RESEARCH THROUGHOUT THE YEARS, NOW MORE THAN EVER, IT IS EVIDENT THAT WE NEED TO SEARCH FOR MORE EFFECTIVE AND LESS HARMFUL TREATMENT METHODS.
The research team at Cancer Engineering and the University of Colorado thank you for your generous contributions and continued support!

(Staff Veterinary Doctors measure tumor size and growth rate after each series of Electromagnetic treatments.)