l-carnitine stability in water Comprehensive review of the expanding roles of the carnitine pool metabolic physiology: beyond fatty acid oxidation L-Carnitine Benefits: The Science Behind

Lifestyle factors such as protein intake, resistance training, and sleep hygiene meaningfully shape results

The pathogenic roles of LMNA (E358K) and LMNA (R453W) were previously reported to cause muscular laminopathy including CMD, EDMD, and EDMD2, our results confirm the pathological roles of LMNA (E358K) and LMNA (R453W) variants and suggest that the novel variants LMNA (L35P) and LMNA (A539V) may also have pathogenic implications

The prime role of L-carnitine in our body is to transport fatty acids into the mitochondria, which act as an engine in our cells where these fatty acids are burned to derive energy

Information extracted included: intervention dose and route, nature of the control (placebo, no additional intervention, or another intervention), trial primary and secondary outcomes and their assessment methods (clinical neuropathy scales or neurological electrophysiological studies) and time of assessment, follow up duration, and cumulative dose of oxaliplatin