>>71360323
>dead link
can trannies do anything right
>muh power
This statement misrepresents risk to the brain from the whole-body exposures used in the NTP study. While the exposure limit to RF radiation in the US is 0.08 W/kg averaged over the whole body, the localized exposure limit is 1.6 W/kg averaged over any one gram of tissue. Body tissues located nearest to the cell phone antenna receive much higher exposures than tissues located distant from the antenna. Thus, when an individual uses a cell phone and holds it next to his or her head, exposure to the brain will be much higher than exposures averaged over the whole body. When considering organ-specific risk (e.g., risk to the brain) from cell phone RF, the important measure of exposure is the SAR value of 1.6 W/kg averaged over any gram of tissue. In the NTP study in which animals were exposed to whole-body RF at SARs of 1.5, 3, and 6.0 W/kg, exposures in the brain were within 10% of the whole-body exposure levels. Therefore, in the NTP study, exposure intensities in the brain of rats were similar to or only slightly higher than localized human exposures from cell phones held next to the head
>muh survival rate was higher in exposed
Actually, there was no statistical difference in survival between control male rats and the exposure group with the highest rate of gliomas and heart schwannomas (CDMA-exposed male rats, SAR= 6.0 W/kg). Also, no glial cell hyperplasias (potential precancerous lesions) or heart schwannomas were observed in any control rat, even though glial cell hyperplasia was detected in RF-exposed rats as early at week 58 of the 2-year study and heart schwannomas were detected as early as week 70 in exposed rats. Thus, survival was sufficient to detect tumors or pre-cancerous lesions in the brain and heart of control rats.
>muh dose dependency
who said that the dose would influence the toxic effects of the signals? the study merely reports the obvious correlation between exposure, cancer