ENA0000GenomicsLNG, NIH/NIAhttps://www.ebi.ac.uk/ena/browser/view/PRJNA326349Mus musculusAnalysis of LRRK2-regulation of microglia responce to the LPS at gene expression level. The hypothesis tested in the present study was whether LRRK2 influence the microglial phagocytosis- and neuroinflammation- related gene expression at mRNA level. Overall design: Total RNA obtained from microglia cells isolated from Ntg or LRRK2KO mouse brain subjected to 6 or 24 hours of LPS treatment in vitroENAthe brain, suprasegmental structures, wide/broad, determination, brain-resident macrophage, mouse, Gene, VWS1, broad, PPS1, encephalon, Cell, Microglial, Mus, chemical analysis, VWS, synganglion, Microglias, MGM1, largeG, TLR4, Rasl2-8, NTG, MF.microglia.CNS, microglial cell, NPG, Ly87, Gene Expressions, Genomes, Hortega cell, mice, Lps, OFC6, LPS, Microglial Cell, PPS, Ran|M1, suprasegmental levels of nervous system, Expressions, microgliocyte, microglia, Encephalon., CD284, Ran/M1, wide, brain macrophage, hortega cells, Mouse, assay, Expression, house mouse, responsive, PIT, Toll, Microglial Cellsmouse, mouse <Mus musculus>, house mouse.0.00.00.00.00.00falseMus musculusGenome-wide analysis of LPS-responsive gene expression by microglia cells in Ntg and LRRK2KO mouse brain2022-05-122016-06-23PRJNA326349GSE835622737869610090