Bar graphs of DCX expression evaluated in three brain regions in the control (Cont), Tinnitus (TIN) and PBMT (PBMT) groups. by Katayoon Montazeri (18389243)

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Between groups comparison of BTT and threshold in control, tinnitus and PBMT groups. by Katayoon Montazeri (18389243)

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Current health gap scorecard: American countries. by Fabrício Silveira (12902492)

“…<p>Notes: Indicators 3.b.1a,b,c and 17.19.2 omitted due to the lack of statistical significance of the estimations. The gap index was adjusted to indicate improvement upwards and worsening downwards regardless of the direction of improvement of the indicator. …”

Catalytic fold of WT PARG1 C1-GAP domain for RhoA interaction. by Zen Kouchi (14898435)

Discovery of Natural Products Alleviating Renal Fibrosis with a Viscosity-Responsive Molecular Probe by Kaiyu Zhang (198799)

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Discovery of Natural Products Alleviating Renal Fibrosis with a Viscosity-Responsive Molecular Probe by Kaiyu Zhang (198799)

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Decomposition analysis of the changes in prevalence (A), DALYs (B), and mortality (C) rates of IBD among women across global, 5 SDI and 21 GBD regions. by Jiefeng Zhao (9090305)

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Health inequalities in the burden of IBD among WCBA. by Jiefeng Zhao (9090305)

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Estimated prevalence (A), DALYs (B), and mortality (C) rates for IBD among WCBA by 2040. by Jiefeng Zhao (9090305)

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The global changes of AS prevalence, DALYs, and mortality rates of IBD among women from 1990 to 2021. by Jiefeng Zhao (9090305)

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Estimated prevalence (A), DALYs (B), and mortality (C) rates of IBD in different age subgroups of WCBA by 2040. by Jiefeng Zhao (9090305)

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The global changes of prevalence (A-C), DALYs (D-F), and mortality (G-I) rates of IBD among WCBA from 1990 to 2021. by Jiefeng Zhao (9090305)

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Frontier analysis for the potential for improvement in reducing the burden of IBD among WCBA across 204 countries and regions. by Jiefeng Zhao (9090305)

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<i>SOX2</i> knockdown decreases OSCC cell migration and EMT. by Alessandro Sacco (8799386)

Top 10 most significant DEGs. by Foluwasomi A. Oyefeso (15999113)

Table_1_cGAS/STING and innate brain inflammation following acute high-fat feeding.xlsx by Sarah E. Elzinga (9235635)

“…Central inflammatory changes included microglial activation in a pro-inflammatory environment with cGAS/STING activation. Blocking gap junctions in neuron-microglial co-cultures significantly decreased cGAS/STING activation. …”

Image_1_cGAS/STING and innate brain inflammation following acute high-fat feeding.tif by Sarah E. Elzinga (9235635)

“…Central inflammatory changes included microglial activation in a pro-inflammatory environment with cGAS/STING activation. Blocking gap junctions in neuron-microglial co-cultures significantly decreased cGAS/STING activation. …”

Image_10_cGAS/STING and innate brain inflammation following acute high-fat feeding.tif by Sarah E. Elzinga (9235635)

“…Central inflammatory changes included microglial activation in a pro-inflammatory environment with cGAS/STING activation. Blocking gap junctions in neuron-microglial co-cultures significantly decreased cGAS/STING activation. …”

Image_9_cGAS/STING and innate brain inflammation following acute high-fat feeding.tif by Sarah E. Elzinga (9235635)

“…Central inflammatory changes included microglial activation in a pro-inflammatory environment with cGAS/STING activation. Blocking gap junctions in neuron-microglial co-cultures significantly decreased cGAS/STING activation. …”

Image_3_cGAS/STING and innate brain inflammation following acute high-fat feeding.jpeg by Sarah E. Elzinga (9235635)

“…Central inflammatory changes included microglial activation in a pro-inflammatory environment with cGAS/STING activation. Blocking gap junctions in neuron-microglial co-cultures significantly decreased cGAS/STING activation. …”