Peer-reviewed clinical studies and systematic reviews supporting the science behind red light therapy. Explore research on photobiomodulation for pain management, recovery, skin health, bone healing, and more.
This research demonstrated that 1064nm photobiomodulation can reverse hypertrophic adipocytes derived from stem cells, suggesting its potential to reduce lipid accumulation and restore normal adipocyte function in obesity.
This study investigated whether photobiomodulation could manage the chronic inflammatory component of obesity and hyperglycemia, finding reduced abdominal adipose tissue inflammation in diet-induced obese mice.
This controlled study evaluated the effects of combined red (630nm) and infrared (850nm) LED photobiomodulation therapy on subcutaneous fatty tissue in obese women, finding promoted autophagic lipolysis and adipocyte cell...
This clinical report evaluated the use of 635nm low-level laser as an adjunctive tool for liposculpture across 700 cases, finding excellent aesthetic results in 95% of cases with rapid recovery...
This study observed the behavior of brown adipose fat cells in rats exposed to 630nm low-level laser therapy at varying doses, finding cellular transformation, vacuole fusion, and stimulated capillary proliferation.
This study investigated the metabolic effects of 904nm low-level laser irradiation on white adipose tissue in Wistar rats, finding decreased expression of catabolism-related genes and increased food intake and adipose...
This study analyzed the effects of 904nm laser photobiomodulation on hormone-sensitive lipase activity in 3T3-L1 differentiated adipocytes, finding significant inhibition of HSL activity compared to controls.
This study evaluated the effect of combining 940nm low-level laser therapy with aerobic exercise on lipolytic activity, lipid profile, and inflammatory markers in 36 female participants.
This study aimed to investigate the effects of a 635-nm low-level laser on adipose tissue in vivo and its application in lipoplasty/liposuction techniques.
This study investigated how noninvasive photobiomodulation therapy (PBMT) ameliorates insulin resistance in mouse models of type 2 diabetes by affecting free fatty acid (FFA) generation and release in adipocytes.
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