l-carnitine fatty acid transport into mitochondria role of in the of long-chain acids through The role of carnitine in

Protective effects of polyphenol enriched complex plants extract on metabolic dysfunctions associated with obesity and related nonalcoholic fatty liver diseases in high fat diet-induced C57BL/6 mice

Then again the recruitment of additional L-Carnitine, it appears from the research that increases the transport of fats to the mitochondria where they can be burned during aerobic workout at the same time and thus increasing the energy reserves of the organism

5 Conclusion The purpose of this review has been to investigate the potential preventive effects of polyphenols on obesity, focusing on their effects on fat cells and their ability to regulate fat metabolism and intestinal flora and exploring their relationship with obesity-related signaling pathways from an obesity prevention perspectivefor example, increasing BAT activity, increasing protein factors that regulate brown fat thermogenesis, increasing thermogenesis, regulating the Rb pathway, P38/MAPK pathway, Wnt signaling pathway, and transcription factor regulation to inhibit adipogenesis

[28] Additionally, a randomized control trial study by Maruyama and colleagues, illustrated that carnitine supplementation helps maintain muscle mass and strength, specifically in individuals undergoing hemodialysis, as well as in those with diabetes and the elderly