Data_Sheet_1_3D spatial organization and improved antibiotic treatment of a Pseudomonas aeruginosa–Staphylococcus aureus wound biofilm by nanoparticle enzyme delivery.PDF by Alba Rubio-Canalejas (5625056)

Inhibitory effect of cyclin G2 on osteogenic differentiation of pluripotent mesenchymal precursor C2C12 cells. by Jinlan Gao (530053)

“…*<i>P</i><0.05 and **<i>P</i><0.001 vs. control groups by two-way ANOVA. (B) Western Blot analysis of Runx2 and Alp after cyclin G2 overexpression. …”

Image_2_Quantitative double echo steady state T2 mapping of upper extremity peripheral nerves and muscles.pdf by Gracyn J. Campbell (17967299)

“…Three-dimensional double echo steady-state (DESS) can simultaneously provide 3D qualitative information and T2 maps with equivalent spatial resolution. …”

Distribution of RNA-seq reads across CRPV genome. by Pengfei Jiang (282718)

ORC2 silencing enhanced PV replication in proliferating and differentiating CIN612-9E cells. by Marsha DeSmet (2513767)

“…<p>(A) ORC2 siRNA duplexes decreased ORC2 protein levels at a concentration of 15 or 5 nM after 48 h. …”

<i>miR-142</i> KO mice display hematological abnormalities. by Amit Shrestha (790653)

Source data. by Shihao Zhou (5774795)

In vitro biophysical properties of red GECIs. by Shihao Zhou (5774795)

Source data. by Shihao Zhou (5774795)

Teneurin-2 presence in rat and human odontoblasts by K. R. Torres-da-Silva (4446148)

<i>In vitro</i> cultured <i>Tfrc</i>^{<i>Y20H/Y20H</i>} B cells display impaired activation, proliferation and differentiation, which can be rescued by iron supplementation... by Sarah K. Wideman (17118275)

Splicing of <i>Sgol2</i> and <i>Tubd1</i> is responsive to changes in Tra2b concentration. by Markus Storbeck (191895)

“…Knock-down of <i>Tra2b</i> decreased inclusion of exon 4 from 79% to 71%. …”

Evaluating the Catalytic Contribution from the Oxyanion Hole in Ketosteroid Isomerase by Jason P. Schwans (1320693)

“…Prior site-directed mutagenesis studies in bacterial ketosteroid isomerase (KSI) reported that substitution of both oxyanion hole hydrogen bond donors gives a 10⁵- to 10⁸-fold rate reduction, suggesting that the oxyanion hole may provide the major contribution to KSI catalysis. …”

Evaluating the Catalytic Contribution from the Oxyanion Hole in Ketosteroid Isomerase by Jason P. Schwans (1320693)

“…Prior site-directed mutagenesis studies in bacterial ketosteroid isomerase (KSI) reported that substitution of both oxyanion hole hydrogen bond donors gives a 10⁵- to 10⁸-fold rate reduction, suggesting that the oxyanion hole may provide the major contribution to KSI catalysis. …”

Microbiome dataset supporting paper "A preclinical randomized controlled multicenter trial of anti-IL-17A treatment for acute ischemic stroke" by Simon Koch (14322384)

MRI dataset supporting paper "A preclinical randomized controlled multicenter trial of anti-IL-17A treatment for acute ischemic stroke" by Simon Koch (14322384)

Geometry of the proposed 2-port MIMO antenna. by Phuong Kim-Thi (17598884)

“…Across this band, high isolation of better than 20 dB can be obtained with small element spacing of 0.005. …”

Image_2_Genome-Wide Expression Analysis of Glyoxalase I Genes Under Hyperosmotic Stress and Existence of a Stress-Responsive Mitochondrial Glyoxalase I Activity in Durum Wheat (Tri... by Mario Soccio (12961406)

“…DWM–GLYI resulted inhibited in a competitive manner by GSH (Ki = 6.5 ± 0.7 mM), activated by Zn²⁺ and increased, up to about 35 and 55%, under salt and osmotic stress, respectively. …”

Relation between pERK1/2 and pVEGFR2 and its modulation by SphK1 pathway. by Hojjat Bazzazi (3726580)

“…The critical value is 0.046, <b>C</b>. pVEGFR2 threshold is decreased in response to increases in SphK1 concentration. …”

Efficacy of aminotriazines in the formalin model of pain and reductions in basic movement in open-field testing. by David J. Matson (625974)

“…ND = not determined. The two values listed in parentheses for a decrease in basic movement, (4.2%) for compound A and (1.4%) for compound D, correspond to a measured increase in basic movement.…”