Table 2.
Mouse models studies trialling PPAR pan-agonist bezafibrate for the activation of PGC-1α
| Mouse model | Effect on phenotype | Evidence for mitochondrial biogenesis | Reference |
|---|---|---|---|
| Cox10 model of mitochondrial myopathy | Prolonged lifespan and delayed onset of myopathy | + | Wenz et al. (2008) |
| Surf1−/− model of COX deficiency | Loss of body weight, hepatomegaly | − | Viscomi et al. (2011) |
| ACTA-Cox15−/− model of mitochondrial myopathy | Lethality within 48 h | − | Viscomi et al. (2011) |
| Peo1 Deletor mouse model of late-onset mitochondrial myopathy | Loss of body weight, hepatomegaly, reduction in body temperature, reduction in COX-negative fibres and mtDNA deletion load | − | Yatsuga and Suomalainen (2012) |
| Polg Mut mouse model of mitochondrial disease/premature ageing | Delay in hair loss, reduction in skin damage, reduction in spleen size, reduction of body weight, hepatomegaly | − | Dillon et al. (2012a) |
| Forebrain-specific ΔCox10 mice, a model of mitochondrial encephalopathy | Overall amelioration of the phenotype including attenuation of the loss of motor function, protection of brain damage, reduction of loss of bodyweight | + | Noe et al. (2013) |
| R6/2 model of HD | Increase in motor performance, increase in lifespan. Amelioration of phenotype in brain, skeletal muscle and BAT. Slight increase in liver weight and lipid vacuolization | + | Johri et al. (2012) |
| P301S transgenic mouse model of AD | Attenuation of locomotor and anxiety abnormalities, histological improvement in the brain pathology, improvement in lipid vacuoles in BAT, reduced body weight | + (BAT) | Dumont et al. (2012) |