x-ray peat
Member
- Joined
- Dec 8, 2016
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- 2,343
ok so I am reading through various redlight/lllt therapies and came across a rather disturbing one.
http://www.alliedacademies.org/arti...elevatingserum-testosterone-level-in-rats.pdf
Basically they shined a 67o nm laser and a 808 nm laser on rat testes to see the effect on testosterone. The 670 nm laser significantly increased testosterone levels while the 808 nm only did so moderately.
However this was the shocker and may give you some concern about where you are pointing these red lights and what wavelength you are using.
"On histopathological examination, there were no definite changes in the 670 nm wavelength group. In the 808 nm wavelength group, there were such findings as an atrophy of the seminiferous tubules, disarrangement of sertoli cells, generation of giant multinucleated bodies and other deformities."
http://www.alliedacademies.org/arti...elevatingserum-testosterone-level-in-rats.pdf
Basically they shined a 67o nm laser and a 808 nm laser on rat testes to see the effect on testosterone. The 670 nm laser significantly increased testosterone levels while the 808 nm only did so moderately.
However this was the shocker and may give you some concern about where you are pointing these red lights and what wavelength you are using.
"On histopathological examination, there were no definite changes in the 670 nm wavelength group. In the 808 nm wavelength group, there were such findings as an atrophy of the seminiferous tubules, disarrangement of sertoli cells, generation of giant multinucleated bodies and other deformities."