Baseline muscle metabolism (no L-arginine) during rest and different exercise regimens in MELAS subjects versus healthy control subjects as measured by <sup>31</sup>P-MRS (mean ± SD).
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Key: AnPwr = anaerobic power; ATP = adenosine triphosphate ATPAn = ATP anaerobic; ATPOx = ATP oxidative; ATPtot = ATP total HEP = high energy phosphates; [Mg2+] = intracellular magnesium pMg = free or paracellular magnesium and is calculated by the formula—log10[Mg2+] Pi = inorganic phosphate; Pi/PCr ratio = ADP ratio PCr = phosphocreatine; PCrRec 1/2 = halftime of phosphocreatine recovery in seconds RPM = rotations per minute; SD = standard deviation P is two-tailed P-value of unpaired t-test * statistically significant result Kruskal-Wallis one-way analysis of variance is a non-parametric method for testing whether samples originate from the same distribution and is used for comparing two or more samples that are independent and that may have different sample sizes (Pr > Chi-square) Baseline muscle metabolism (no L-arginine) during rest and different exercise regimens in MELAS subjects versus healthy control subjects as measured by 31P-MRS (mean ± SD).
