Red light exercise dose

Lower Exercise Stress Response Red Light Dose

17 sites, 2 legs, 50 J/site, 100 mW, 810 nm, 500s per decreased post-exercise stress on 10 data points ...
Read More
Red light therapy brain dose

Stroke Defecit Recovery Red Light Dose

22 points treated with 660/850 nm over 3600 s with 1400 mw/cm^2, 1/week/8 weeks, 0.196 J/cm^2, N=1 significant "remarkable" stroke ...
Read More
Science study red light therapy motor function

Speedier Knee Exercise Recovery Red and Infrared Dose

660 nm/10 mW/30.6 J/point, 3 points, and 850 nm/30 mW/94.5 J/point, 3 points decreased exercise recovery time ...
Read More
Science study red light therapy motor function

Expected Post Exercise Stress Markers Reduction Red and Infrared Dose

660 nm, 850 nm, 10 mW/cm^2, 30 mW/cm^2, 30 s/point, 10 points, 10.35 J, 1 treatment reduced post-exercise lactate and ...
Read More
Arthritis red light therapy dose

Knee Arthritis Pain and Inflammation Reduction Red Light Dose

808 nm, 100 mW, 7 points each side, 56 J, 16 treatments combined with exercise reduced osteoarthritis knee pain and ...
Read More
Red light therapy brain dose

Improve Muscle and Pain in Spastic Muscle Stroke Limbs Red Light Dose

Use 808 nm on weak leg of stroke patient with muscle spacicity to decrease pain, increase time to muscle fatigue ...
Read More
Red light exercise dose

Infrared Reduced Muscle Soreness, Decreases Recovery Time

Effects of Light-Emitting Diode Therapy on Muscle Hypertrophy, Gene Expression, Performance, Damage, and Delayed-Onset Muscle Soreness: Case-control Study with a ...
Read More
EMF Therapy muscle red light dose

One 630 nm Treatment Reduces Muscle Soreness and Reduces Recovery Weakness

Apply one 630 nm LED photon therapy treatment to post-exercise subject bicepts to reduce muscle soreness and increase recovery strength ...
Read More
Red light therapy brain dose

Stroke Improvement on N=1 Patient Receiving 660 nm Red and 850 nm Infrared Therapy

A stroke victim received 660 nm and 850 nm irradiation to 32 sites on the head, brainstem, spine and musculature ...
Read More