Doesn't red light stimulate Mitacondria to burn Glucose and produce Adenosine Triphosphate ? Which apparently is very beneficial. I'm told blue light can stimulate Reactive Oxygen Species , which is bad.
Red light therapy is highly beneficial for mitochondrial function, boosting ATP production and supporting cellular health. Blue light, in contrast, can stimulate the production of ROS, which is damaging to cells and mitochondria if not balanced by antioxidants or limited exposure.
@benhopkins674 indded Ben. I give myself the required 'switch' of RLT and top that up with plenty of Antioxidants. I know I can't rid myself of ROS but I can keep them at bay, so to speak. We do what we can Ben...
Massively enjoyed this episode, the importance of light for health is becoming so evident, keep up the great content! 🚨
So pleased you enjoyed it! Thanks for the support 🙂
@@GLOWRedLightTherapyUK thank you for listening. We agree !
wow, superb conversation, thank you both very much
Glad you enjoyed it!
@@redlightglassesonthischannel we thoroughly enjoyed it too !
Doesn't red light stimulate Mitacondria to burn Glucose and produce Adenosine Triphosphate ? Which apparently is very beneficial. I'm told blue light can stimulate Reactive Oxygen Species , which is bad.
Red light therapy is highly beneficial for mitochondrial function, boosting ATP production and supporting cellular health.
Blue light, in contrast, can stimulate the production of ROS, which is damaging to cells and mitochondria if not balanced by antioxidants or limited exposure.
@benhopkins674 indded Ben. I give myself the required 'switch' of RLT and top that up with plenty of Antioxidants. I know I can't rid myself of ROS but I can keep them at bay, so to speak. We do what we can Ben...