… regulators of many neurodegenerative diseases, including AD. We reviewed recent studies
identifying various miRNA dysregulated in AD. These miRNAs could play a significant role in …

… red dots are for Alzheimer disease, green dots are for cancer, yellow depicts involvement in
cell cycle, and cyan for long-term potentiation. These highly dysregulated miRNAs are highly …

… miRNA target sites located within the 3′untranslated regions (3′UTRs) of APP and BACE1
genes. Here, we review current findings regarding miRNA … miRNAs to AD pathophysiology. …

… So far, results from miRNA profiling experiments in postmortem brain tissue suggest that
a number of specific miRNAs are dysregulated in patients with AD, several of which regulate …

… It seems that the miRNA network in AD is tightly regulated by feedback loops, Aβ production
may lead to miRNA dysregulation, which in turn can affects AβPP mRNA levels and Aβ …

… of AD in the form of dysregulation of miRNA function, and especially on its effect on the three
hallmarks of AD. As discussed in detail, we have observed that many miRNA species play …

… Some of the miRNAs found to be dysregulated in AD have … pathogenic functions of several
dysregulated miRNAs in AD, … As the National Institute on Aging and Alzheimer Association’…

… diseases remain largely unknown. Here, we review the evidence for the functional role of
dysregulated miRNAs involved in disease pathogenesis, as well as how miRNAs govern …

… Dysregulation of such miRNAs may contribute to up-regulation of APP and BACE1, leading
to accumulation of plaques and tangles in Alzheimer's disease. Dysregulated miRNAs in AD …

… miRNA dysregulation may be helpful for subsequent therapeutic development. This article
reviews studies focused on the presently known roles of miRNAs in … dysregulated miRNAs in …