Geometry of the flow model and coordinate system. by Mohammed J. Uddin (298523)

Effects of dimensionless time, frequency and nanofluid parameters on skin friction. by Mohammed J. Uddin (298523)

PNA decreases protein production and <i>in vitro</i> and <i>in vivo</i> infection by SFG <i>R</i>. <i>montanensis</i>. by Rebecca S. Pelc (703672)

Up-regulation of <i>ATP5J</i> expression enhanced cell migration and decreased 5-Fu sensitivity in DLD1 cells. by Hongbo Zhu (14981)

Cells expressing of plakophilin-3 mutants display decreased desmosomal adhesion and increased migration compared to cells expressing wild type plakophilin-3. by Brett J. Roberts (466601)

Reduced Number of Transitional and Naive B Cells in Addition to Decreased BAFF Levels in Response to the T Cell Independent Immunogen Pneumovax^®23 by Alena Roth (2586994)

“…Finally, BAFF, which is supposed to drive class switching to IgA, was unexpectedly found to be decreased in serum in response to Pneumovax^®23. …”

Effects of dimensionless time, frequency and nanofluid parameters on dimensionless mass transfer rate. by Mohammed J. Uddin (298523)

Effects of dimensionless time, frequency and nanofluid parameters on dimensionless heat transfer rate. by Mohammed J. Uddin (298523)

Depletion of endogenous ME2 enhances ROS generation, increases NAD⁺/NADH and NADP/NADPH ratios and decreases ATP levels. by Jian-Guo Ren (242581)

SOCS3 mRNA level is decreased in Daudi cells after 48 h exposure to doxorubicin, IL-6 antibody, and ionizing radiations. by Angélique Gougelet (256624)

Effects of Reynolds number with dimensionless convection-diffusion and conduction parameters on dimensionless heat and mass transfer rate. by Mohammed J. Uddin (298523)

Table_1_Multivariate piecewise linear regression model to predict radiosensitivity using the association with the genome-wide copy number variation.xlsx by Joanna Tobiasz (11816504)

“…Radiosensitivity was measured by the surviving fraction at 2 Gy (SF2). We applied a dynamic programming (DP) algorithm to create a piecewise (segmented) multivariate linear regression model predicting SF2 and to identify SF2 segment-related distinctive CNVs.…”

Increased retention of chemotherapeutics in MDR cells treated for extended times with P-glycoprotein inhibitor decreases cell motility as determined by wound healing assays. by Amila K. Nanayakkara (6812384)

H₂S decreases Na⁺/K⁺-ATPase currents of <i>Xenopus</i> lung epithelia. by Alexandra Erb (588278)

“…<b>B</b>) After permeabilisation with nystatin, NaHS (1 mM) was applied to the apical bath. I_SC decreased significantly from 20.83±3.99 µA/cm² to 16.17±5.23 µA/cm² (n = 6, N = 6, p≤0.05). …”

<i>dSmad2</i> mutant clones display increased dILP2 in IPCs and decreased dILP5 in CPCs. by Samuel L. Goldsmith (5533913)

Filarial infection is associated with increased frequencies of IL-24 expressing and decreased frequencies of IL-26 expressing CD8⁺ T cells. by Rajamanickam Anuradha (129298)

Simultaneous ablation of Syt1 and Syt7 decreases the RRP size at inhibitory synapses: Rescue by WT but not mutant Syt1 or Syt7. by Taulant Bacaj (803415)

“…</b> Simultaneous ablation of Syt1 and Syt7 decreases the RRP size of inhibitory synapses in a manner that is rescued by WT Syt7 (Syt1^WT) but not Syt7 with mutations in the top C2 domain sequences containing the Syt7 Ca²⁺ binding sites (Syt7^C2A*^B*). …”

Chestnut extract but not sodium salicylate decreases the severity of diarrhea and enterotoxigenic <i>Escherichia coli</i> F4 shedding in artificially infected piglets by M. Girard (8501361)

“…Feed additives, including bioactive compounds, could be a promising alternative. This study aimed to test two bioactive compounds, sodium salicylate (SA) and a chestnut extract (CE) containing hydrolysable tannins, on the occurrence of PWD. …”

Over-expression of YKL-40 in 76N MECs decreases E-cad and β-casein, but increases MMP-9 expression and cell invasiveness. by Steve Scully (202724)

Figure S1 - Mitochondrial Aminopeptidase Deletion Increases Chronological Lifespan and Oxidative Stress Resistance while Decreasing Respiratory Metabolism in <i>S. cerevisiae</i> by Erine M. Stames (468298)