tak nakoniec je to všetko naopak. odpadol nám ako rodičom jeden z hlavných argumentov proti používaniu mobilov u detí.
zákazom šúchania obrazoviek a bluetooth slúchadiel našim deťom skracujeme životy a vystavujeme ich väčšiemu riziku rakoviny a bežných chorôb (obličky, zápaly)... :)

Rats and mice exposed to cell phone radiation at doses 10 to 100 times stronger than a mobile phone — nine hours a day, for two years — didn't get more cancer. They lived longer, and they got less disease. That's the core finding of an independent reanalysis of the raw data from the US National Toxicology Program's $30 million studies, the most expensive animal radiation experiments ever conducted.
Researcher Zane Koch applied logistic regression with survival-confounding adjustment to the individual-animal data from 840 mice and 839 rats exposed to CDMA-modulated radiofrequency radiation at 1,900 MHz — the same frequency range used in 2G/3G mobile signals and similar to the 2.4 GHz used by Bluetooth. In mice, not a single cancer type showed a significant dose-response relationship, directly challenging the NTP's own "equivocal evidence" conclusion for hepatoblastoma and malignant lymphoma. The NTP's finding was partly inflated by an unusually low lymphoma rate in the control group compared to historical norms.
The survival numbers are hard to ignore. Irradiated mice had a 53% lower risk of death than unexposed controls (HR = 0.475, p = 0.003). In rats, control animals suffered 51.4% non-terminal mortality versus just 36.2% in the highest-dose group (p = 0.015). Across nearly 1,700 animals, those exposed to more radiation consistently outlived those exposed to none.
The non-cancer pathology data in rats may be the most striking result of all. Of 33 significant dose-associated findings, 28 showed decreased incidence at higher radiation doses — less kidney disease, less brain necrosis, less testicular degeneration, less pancreatic and intestinal inflammation, less bone disease, and less mineral deposition across multiple organs. The higher the dose, the less disease. Only five findings went the other way, with modest effect sizes. Koch's suggested explanation is hormesis — the idea that low-level damage can trigger a net protective response, much as exercise works through muscle stress. A companion study (PMID: 31633839) confirmed that the radiation did cause real DNA damage, but Koch speculates the damage was slight enough to upregulate cellular repair mechanisms, producing a net benefit.
One genuine cancer signal does persist in rats after full statistical adjustment: malignant schwannoma of the heart, with an odds ratio of 1.359 per W/kg increase (p = 0.009), consistent with the NTP's own primary finding. Koch's framework also tests whether any apparent radiation effects are simply artefacts of the survival gap between groups — animals that live longer accumulate more age-related pathology, which can distort raw comparisons. Across 187 pathologies modelled in both species, zero showed evidence of this kind of confounding.
The cardiac schwannoma finding remains real and worth attention. But the dominant pattern across both species — improved survival, reduced disease burden, no cancer increase in mice, at radiation intensities far beyond anything a phone or a pair of AirPods could deliver — is not what decades of public concern would have predicted.

okej okej, poviete si, nie je dôležitá dĺžka, ale kvalita života :) ale aj tak sú tieto zistenia husté!

hociktorá AI vás uvedie do kontextu, týpek prehnal staršie dáta novými štatistickými modelmi a vyšlo mu niečo úplne iné ako NTP. riadna haluz.