Data_Sheet_1_METTL3-Mediated N6-Methyladenosine Modification Is Involved in the Dysregulation of NRIP1 Expression in Down Syndrome.xls by Weili Shi (2644354)

“…We observed that the m6A modification in DS brain tissues was reduced genome-wide, which may be due to decreased the m6A methyltransferase like 3 (METTL3) protein expression. …”

Image_2_METTL3-Mediated N6-Methyladenosine Modification Is Involved in the Dysregulation of NRIP1 Expression in Down Syndrome.JPEG by Weili Shi (2644354)

“…We observed that the m6A modification in DS brain tissues was reduced genome-wide, which may be due to decreased the m6A methyltransferase like 3 (METTL3) protein expression. …”

Image_1_METTL3-Mediated N6-Methyladenosine Modification Is Involved in the Dysregulation of NRIP1 Expression in Down Syndrome.jpg by Weili Shi (2644354)

“…We observed that the m6A modification in DS brain tissues was reduced genome-wide, which may be due to decreased the m6A methyltransferase like 3 (METTL3) protein expression. …”

Visualization of known risk factors for the prevalence of hemorrhagic stroke and cerebral venous sinus thrombosis (CVST) from the pre-pandemic (2007–2019) versus post-pandemic (202... by Soo Hyeon Cho (19797394)

Grass height measured using a disc pasture meter (DPM) in treated plots with increased precipitation intensity (dashed lines, open circles) and control plots with ambient precipita... by Ryan S. Berry (3913207)

Broad Cross-reactive IgA and IgG Against Human Coronaviruses in Milk Induced by COVID-19 Vaccination and Infection by Jiong Wang (742451)

“…In contrast, while IgG levels increased after a second vaccine dose, blood</p> <p>and HM IgA started to decrease. …”

Table1_Ultrasound-assisted intravesical botulinum toxin A delivery attenuates acetic acid—induced bladder hyperactivity in rats.docx by Qinggang Liu (4512100)

“…</p><p>Results: Intercontraction intervals (ICI) decreased by 72.99%, 76.16%, and 73.96% in rats pretreated with saline, BTX-A, and US + MB, respectively. …”

Sources of estimates used to build simulation model. by Matthew A. Pappas (5504363)

Concentration-dependent effect of pre-exposure with rotenone (method No. 2). by Joseph A. Covi (3131166)

Both anoxia-induced quiescence and increased embryo abundance partially protect against rotenone during pre-treatment. by Joseph A. Covi (3131166)

“…This method tested the effect of embryo abundance on susceptibility to rotenone during prolonged exposure, which could occur during a natural bout anoxia-induced dormancy. B) It was hypothesized that toxicity of the media would decrease in direct proportion with embryo abundance. …”

Increasing temperature does not increase the sensitivity of hatching to pre-incubation with rotenone for 5 d under anoxia. by Joseph A. Covi (3131166)

Predicted marginal ratio of QALYs lost from ICH, relative to ischemic stroke, at selected ages and discount rates. by Matthew A. Pappas (5504363)

Time-dependent effects of pre-exposure to rotenone. by Joseph A. Covi (3131166)

Schematic diagram of microsimulation model. by Matthew A. Pappas (5504363)

Supporting Information Data for Figs 1–6. by Joseph A. Covi (3131166)

Results of final meta-model. by Matthew A. Pappas (5504363)

Intermediate results: In-hospital mortality, by event. by Matthew A. Pappas (5504363)

Concentration-dependent effect of pre-exposure with rotenone (method No. 1). by Joseph A. Covi (3131166)

Intermediate results: Disability 3-months following discharge, conditional on survival to hospital discharge and stratified by event. by Matthew A. Pappas (5504363)

Visualizations of our causal impact effect analysis of Phase #3 of sterile male releases, with comparisons of the observed data (A, B – red lines represent the intervention area and yellow the non-intervention area), how the observed data after the releases deviated from what was expected before releases at each time period in the intervention area showing a small decrease in the expected numbers of eggs and mosquitoes trapped after the intervention during the mosquito active season (C, D), followed by the cumulative causal effects for the egg density and the adult density in the intervention area showing a small, but not statistically detectable decrease (E, F). by Rachel Morreale (5892011)

“…<p>Visualizations of our causal impact effect analysis of Phase #3 of sterile male releases, with comparisons of the observed data (A, B – red lines represent the intervention area and yellow the non-intervention area), how the observed data after the releases deviated from what was expected before releases at each time period in the intervention area showing a small decrease in the expected numbers of eggs and mosquitoes trapped after the intervention during the mosquito active season (C, D), followed by the cumulative causal effects for the egg density and the adult density in the intervention area showing a small, but not statistically detectable decrease (E, F).…”