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. 2012 Jul 27;35(5):1937–1947. doi: 10.1007/s11357-012-9458-y

Table 2.

Correlation of protein homeostasis mechanisms with MLSP and/or body mass

Trait	Tissue/cell type	Comparison	Correlation with MSLP	Correlation with body mass
20S/26S Proteasome	Heart, brain, and liver	15 Mammalian and avian species	No correlation^a,b (Salway et al. 2011b)	No correlation^a (heart and brain)
20S/26S Proteasome	Heart, brain, and liver	15 Mammalian and avian species	No correlation^a,b (Salway et al. 2011b)	Negative correlation^a (liver)
Thioredoxin reductase	Heart, brain, and liver	15 Mammalian and avian species	No correlation^a,b (Salway et al. 2011a)	No correlation^a (heart)
Thioredoxin reductase	Heart, brain, and liver	15 Mammalian and avian species	No correlation^a,b (Salway et al. 2011a)	Negative correlation^a (brain and liver)
Glutaredoxin	Heart, brain, and liver	15 Mammalian and avian species	No correlation^a,b (heart and liver)	No correlation^a (all tissues)
Glutaredoxin	Heart, brain, and liver	15 Mammalian and avian species	Negative correlation (brain) (Salway et al. 2011b)	No correlation^a (all tissues)
Heat shock protein 60	Heart, brain, and liver	12–13 Mammalian and avian species	Positive correlation^a,b (heart, brain, and liver) (Salway et al. 2011a)	Unknown
Heat shock protein 70	Heart, brain, and liver	12–13 Mammalian and avian species	Positive Correlation^a,b (heart, brain, and liver) (Salway et al. 2011a)	Unknown
GRP 78	Heart, brain, and liver	12–13 Mammalian and avian species	Positive Correlation^a,b (heart, brain, and liver) (Salway et al. 2011a)	Unknown
GRP 94	Heart, brain, and liver	12–13 Mammalian and avian species	Positive correlation^a,b (heart and liver) (Salway et al. 2011a)	Unknown

^aCorrected for phylogeny

^bCorrected for body mass