PLX093484

GSE128367: Transcriptomic analysis of ATP6V1A knock-down and amyloid beta-treated neurons

• Organsim human
• Type RNASEQ
• Target gene
• Project ARCHS4

ATP6V1A plays a unique role in synapse function in neurons and we found decreased neuronal activity in ATP6V1A-deficient neurons. To characterize the molecular pathways regulated by ATP6V1A under both normal and stressed conditions, we generated hiPSC-derived NGN2-neurons with reduced ATP6V1A expression by CRISPRi knock-down (KD) and performed RNA-seq analysis on the wild-type and KD neurons which were subject to amyloid-beta or vehicle treatment. A number of gene ontology (GO)/pathways were identified in KD neurons without amyloid-beta treatment (proton transporting V-ATPase complex, phagosome acidification and trivalent inorganic cation transport were down-regulated, and mitochondrial protein complex up-regulated), while KD in amyloid-beta treated cells specifically resulted in down-regulation of cell adhesion, synapse assembly and structure/activity and up-regulation of UPR and ER stress response. SOURCE: Minghui Wang Icahn School of Medicine at Mount Sinai