… decrease (30–40%) in the activity of complex IV (see [35,36])… models, confirmed mitochondrial
fragmentation, associated … , see [25]), likely due to the incorrect assembly of complex I. An …

… explained as the mitochondrial biogenesis is reduced but also … fragmentation and impaired
mitochondrial transport in Aβ-… biogenesis was also previously demonstrated 34,35 . Other …

… complex iron sulphur subunit B (SDHB) and cytochrome c oxidase components I (COXI) and
mitochondrial fragmentation in the hippocampus. Further, we found that baicalin decreased …

… Moreover, Aβ 42 promotes mitochondrial dysfunction [33–35]… This complex IV activity
decrease is in line with evidence … tau increases mitochondrial fragmentation and mitochondrial …

… complex I, complex III, complex V activity, and ATP levels were … reduced in Aβ 25-35 -SD
rats, and a greater decrease was … Aβ 25-35 is an important toxic Aβ fragment and the Aβ 25-35 …

… Aβ 25–35 -induced decrease in complex IV activity and … 41, AN2-73, AN3-71) selectively
increased complex I activity. The σ 1 R … preparation, we only have ER fragments that may not be …

… also increases and attains a maximum value at 24 h and … binding at the Aβ16–21 fragment
irrespective of its conformation. … It targets Aβ40 through selective binding at the amyloidogenic …

… that SS31 lowers ROS and Aβ levels, protecting mitochondrial … excessive fragmentation of
mitochondria make it difficult for … antioxidants that selectively locate to the mitochondrial inner …

… cells with Aβ 25∼35 results in increased mitochondrial Ca 2+ … mitochondrial Ca 2+ overload
is accompanied by decrease in … The shortened fragment of Aβ 25∼35 contains the residues …

… The Aβ 1–42 peptide fragment (Bachem) was dissolved in … of synaptotoxicity [35], we
measured the activity of caspase 3 … mitochondrial dysfunction, namely lower metabolic reducing …