2 papers3 findings
Mitochondrial ROUTINE respiration
downin humans1
Mitochondrial ROUTINE respiration is associated with respiratory exchange ratio in humans (β = -0.160, 95% CI -0.300; -0.020).
“lower RER (β = -0.160, 95% CI -0.300; -0.020)”
Humansduring submaximal exerciseperipheral blood mononuclear celln = 50
Journal of cachexia, sarcopenia and muscle3 Sep 2026
Subcutaneous adipose tissue
downin humans1
Respiratory exchange ratio is associated with subcutaneous adipose tissue in humans (adjusted difference = -0.16 cm; p = 0.039).
“lower SAT (adjusted difference = -0.16 cm; p = 0.039) compared to predominant fat oxidation.”
Humansin underweight/normal weight individuals
Association between fasting substrate utilization and adipose tissue distribution
Nutrition, metabolism, and cardiovascular diseases : NMCD17 Jul 2026
Visceral adipose tissue
upin humans1
Respiratory exchange ratio is associated with visceral adipose tissue in humans (adjusted difference = 0.40 cm; p < 0.001).
“In underweight/normal weight individuals, predominant glucose oxidation correlated with significantly higher VAT (adjusted difference = 0.40 cm; p < 0.001)”
Humansin underweight/normal weight individuals
Association between fasting substrate utilization and adipose tissue distribution
Nutrition, metabolism, and cardiovascular diseases : NMCD17 Jul 2026
In an external validation cohort, predicted peak VO₂ correlated with observed values at r = 0.654, with a root mean square error of 4.73 mL/kg/min.In an external validation cohort, predicted peak VO₂ correlated with observed values at r = 0.654, with a root mean square error of 4.73 mL/kg/min.