The issue is that the energy absorbed is literally too low to do anything. We're talking about heating your body up by 0.1 of a centigrade, so little that it is

The issue is that the energy absorbed is literally too low to do anything. We're talking about heating your body up by 0.1 of a centigrade, so little that it is only visible when using extremely sensitive equipment in lab controlled conditions. I'd worry more about standard heat given off by devices like laptops. The radio emissions aren't gonna do much but the 80C hot air out of the exhaust blowing into your lap is definitely going to do something. There is plenty of studies on the effects of overheating genitals in males. But back to the topic; the energy is too small. If these radio waves had an effect, being out during a cloudy day would. The energy you get from solar radiation over a day is probably about the same. Things like DNA breaking apart don't generally happen with this low frequency, largely because they require a bunch of energy to happen. Like ionization, even 1000W of 100MHz radio waves aren't going to make it happen. There is no amount of energy you can dump into a 100MHz transceiver that would cause ionization of atoms. It simply won't happen. Well, they will ionize but not because of the radio waves but because they've heated up enough that they're starting to undergo plasma formation. But that semantic difference is still important. The sender in your cellphone or the energy you get from your wifi router are too small to be measured and by all acounts of physics, their effects are too small to be reasonably measured even in long term studies. We're talking literaly sub-milliwatt over your entire body. The entire body uses atleast 100Watts to stay alive. <0.1% change in thermal energy.