Data_Sheet_1_Coenzyme A-Dependent Tricarboxylic Acid Cycle Enzymes Are Decreased in Alzheimer’s Disease Consistent With Cerebral Pantothenate Deficiency.PDF by Crystal Sang (12856397)

VPS34 inhibition decreases intracellular levels of cholesteryl-esters, blocks cholesterol uptake and enhances lysosomal degradation of LDLR. by Marek J. Kobylarz (9292599)

Dose response of airways to Methacholine shows a decreased contractility in <i>GSTCD</i>^-/- mouse lungs following LPS treatment. by Bo Liu (127343)

Knockdown of MRN complex decreases HBV cccDNA level. by Kaitao Zhao (3617825)

Knockdown of MRN complex decreases HBV cccDNA level. by Kaitao Zhao (3617825)

Impaired Ubr5 function results in increased canonical and decreased non-canonical HH signalling. by David Mellis (2833469)

Data_Sheet_1_Effectiveness of non-pharmaceutical interventions in nine fields of activity to decrease SARS-CoV-2 transmission (Spain, September 2020–May 2021).PDF by Inés Barbeito (5864351)

“…In a reduced model with seven fields, culture and leisure no longer had a significant effect while ceremonies decreased transmission by 5% (0.95; 0, 0.96). …”

Image 5_Exploration of the diagnostic and prognostic roles of decreased autoantibodies in lung cancer.tif by Ying Ye (72583)

“…Diagnosing malignant small lung nodules (≤3cm) in CT scans remains a challenge in clinical practice.</p>Methods<p>In this study, we applied the HuProt array and the bioinformatics analysis to assess the diagnostic values of the decreased autoantibodies in lung cancers.…”

Table5_Effects of exercise modalities on decreased blood pressure in patients with hypertension.docx by Thiago Rozales Ramis (5311217)

HPD 1466 decreases empty capsid accumulation in cells replicating HBV. by Daniel P. Bradley (10306893)

GSK343 decreased tumor stemness. by Laura V. Bownes (10276762)

“…(C) COA6 cells were treated with GSK343 (0, 5 μM) for 72 hours. qPCR demonstrated a significant decrease in mRNA abundance of known stemness markers Oct4, Nanog, and Sox2 following GSK343 treatment compared to untreated cells. …”

TG6-44 treatment leads to decrease in A/X31-induced cell death in THP-1 cells. by Juan A. De La Cruz (11154187)

Advancing the science of NOWS research. by Sarah E. Maylott (14560785)

“…<div><p>Every 15 minutes in the US, an infant exposed to opioids is born. Approximately 50% of these newborns will develop Neonatal Opioid Withdrawal Syndrome (NOWS) within 5 days of birth. …”

Protocol measures. by Sarah E. Maylott (14560785)

“…<div><p>Every 15 minutes in the US, an infant exposed to opioids is born. Approximately 50% of these newborns will develop Neonatal Opioid Withdrawal Syndrome (NOWS) within 5 days of birth. …”

Cry variables. by Sarah E. Maylott (14560785)

“…<div><p>Every 15 minutes in the US, an infant exposed to opioids is born. Approximately 50% of these newborns will develop Neonatal Opioid Withdrawal Syndrome (NOWS) within 5 days of birth. …”

m 6A RNA Methylation Decreases Atherosclerotic Vulnerable Plaque Through Inducing T Cells by Chunmei Qi (739294)

“…Conclusion: After successfully establishing a vascular parkinsonism rabbit model, m 6A RNA methylation can decrease Th cells and vulnerable atherosclerotic plaques.…”

The primers related to FAM50A. by Longhai Li (4052044)

“…Knockdown of FAM50A decreased cell proliferation ability, the proportion of EdU positive cells, and the number of CRC cell colonies, whereas overexpressing FAM50A promoted proliferative phenotypes. …”

Hypothesis that explains and predicts expansion of ages of KD due to decreased IgG levels. by Hiromi Yamaguchi (2396248)

Image_1_Reduced Ca2+ transient amplitudes may signify increased or decreased depolarization depending on the neuromodulatory signaling pathway.PDF by Arunima Debnath (13136676)

“…However, OA antagonizes 5-HT modulation of 1-oct avoidance behavior, suggesting that OA may signal through a different pathway. …”

Transcriptional and translational markers of syncytialization and biochemical differentiation are significantly decreased by rotenone. by O’Llenecia S. Walker (8486163)