Phase III – Stealth Is.

On May 23, a think-tank of experts organized by Gazi University and EHT convened at a workshop in Istanbul, Turkey, “Science Update: Cell Phones and Health,” to present the findings.

Prof. Nesrin Seyhan , WHO and NATO advisor and head and founder of the Biophysics Department and Bioelectromagnetics Laboratory at Gazi University in Ankara and founder of the Non-Ionizing Radiation Protection (GNRP) Center, found that just four hours of exposure to RF-EMF disrupts the ability of human brain cells to repair damaged genes.

Other new work from Australia shows damage to human sperm.

“This work provides a warning signal to all of us. The evidence justifies precautionary measures to reduce the risks for every one of us,” says Prof. Wilhelm Mosgoeller from the Medical University of Vienna, who has led European research teams that found that RF-EMF induces DNA breaks.

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To measure how cancer cells respond when they take up nanoparticles, Dr. Mirkin and his colleagues used a technique known as genome-wide expression profiling, which measures relative changes in global gene expression. The investigators added different types of nanoparticles to cancer cells growing in culture dishes and then obtained whole genome expression profiles for the cells. In all the experiments, the researchers attached non-targeting nucleic acids attached to the nanoparticles in order to minimize gene changes that might be triggered through a therapeutic effect relating to a specific, designed interaction between the nucleic acid and a targeted gene.

Researchers at Harvard tested the chemical THC in both lab and mouse studies. They say this is the first set of experiments to show that the compound, THC actually activates naturally produced receptors to fight off lung cancer. The researchers suggest that THC or other designer agents that activate these receptors might be used in a targeted fashion to treat lung cancer.

Although a medical substitute of THC, known as Marinol, has been used as an appetite stimulant for cancer patients and other similar treatments, few studies have shown that THC might have anti-tumor activity.

To boost this approach, researchers at the University of California, Los Angeles, have developed a method for creating supramolecular assemblies of gold nanoparticles that function as highly efficient photothermal agents of a size designed to optimize their delivery to tumors.