It binds to proteins Atp5h and Atp5o (Figure 2e) that are in oxidative phosphorylation, AD, PD, HD, Park7 (peroxiredoxin activity) in PD, Cat in ALS, Sod1 in ALS, HD and Priondiseases and Sod2 in HD (35). This evidence concerns the gene ATP5PO and Alzheimer disease.