Fli-1 directly activates miR-17-92 promoter and contributes to miR-17 and miR-20a expression in NN10#5 cells. by Samer Kayali (133888)

“…<p>A: NN10#5 cells have been cultured for two days in absence or presence of Dox used to induce Fli-1 knock-down before analysis. …”

Results of XCOM and step velocity. by Saori Miyagishima (14593506)

Subjects:

Summary of five key points guiding the Safe Steps evaluation and implementation. by Esario IV Daguman (21474116)

Cdk5 inhibition by olomoucine prevents the fragmentation of the Golgi and decreases Tau secretion. by Nguyen-Vi Mohamed (323606)

Wnt signaling decreases the expression of Tcf3 and increases that of Tcf1 and Lef1 containing β-catenin binding domain. by Atsushi Kuwahara (565069)

One-step and multi-step growth curves each mutant and SVA-WT. by Hai-Fan Zhao (15990862)

Cellular stress decreases TDP-43 levels in patient neurons with the TDP-43 A90V mutation. by Zhijun Zhang (315079)

Subjects:

ATG 5 down-regulation decreases human A53T ASYN-induced death in rat cortical neurons. by Maria Xilouri (264240)

EphA4 immunostaining is decreased adjacent to injury site in ephrin-A5-Fc treated mice. by Yona Goldshmit (205708)

“…<p>Immunohistochemical analysis of (A,B) GFAP, (C–F) EphA4 and (G,H) CSPG expression at 2 weeks after spinal cord hemisection and 2 weeks of ephrin-A5-Fc treatment indicated that there was robust GFAP staining in both treated and control mice (A,B). …”

Biochar decreases nutrient leaching in KCl-fertilized Podzols grown with black mucuna by Luciana Aparecida Rodrigues (7291115)

Volitional control frequency and intensity in VH (Kapsner-Smith et al., 2025) by Mara R. Kapsner-Smith (22139315)

Chronic EtOH drinking decreases hippocampal neurotrophin levels only in adult onset EtOH drinking rats. by Gina M. Fernandez (2547475)

Table1_Apoptotic volume decrease (AVD) in A549 cells exposed to water-soluble fraction of particulate matter (PM10).DOCX by M. E. Giordano (16517169)

“…In particular, the study addressed if PM₁₀ exposure can be a main factor in the induction of the Apoptotic Volume Decrease (AVD), which is one of the first events of apoptosis, and if the generation of intracellular oxidative stress can be involved in the PM₁₀ induction of apoptosis in A549 cells. …”

Decrease of junctional zone area in low protein placentas at E10.5, E17.5 and E18.5. by Paula N. Gonzalez (372538)

Schematic representation of possible mechanism of action of OKN-007 in IC3752 pGBM tumor bearing mice. by Patricia Coutinho de Souza (780490)

“…SO3-: sulfate, PDGF: Platelet-derived growth factor. The schematic is a modification of combined schemes obtained from Oncotarget, 3(5): 568–575, Phillips JJ (2012) [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0134276#pone.0134276.ref098" target="_blank">98</a>] (With permission from Impact Journals), and from FEBS Journal, 280(10):2150–2164, Baghy K et al., (2013) [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0134276#pone.0134276.ref104" target="_blank">104</a>] (With permission from John Wiley and Sons).…”

Sequences within the RP23-350A20 BAC can mediate the BCR-induced decrease in transcription from the Ets1 promoter. by Alyssa Kearly (17425721)

Decreased TRPV1 desensitization in TG sensory neurons exposed to tertiary low-level blast. by Elaine D. Por (546209)

Prolonged enhancement of spinal network activity decreases the intrinsic excitability of spinal motoneurons. by Joseph Lombardo (5007317)

Rape-related symptoms in adolescents: short- and long-term outcome after cognitive behavior group therapy by Iva Bicanic (14339079)

Subjects:

Multiple C–H Activations of Linear Alkanes by Various (η⁵‑Cyclopentadienyl)W(NO)(CH₂CMe₃)₂ Complexes by Monica V. Shree (4092343)

“…They are stoichiometric, and their outcomes are not significantly affected by varying the experimental conditions employed (e.g., time, temperature, an open system, use of an H₂ acceptor, etc.) or by changing the initial bis­(neopentyl) tungsten reactant to its Cp^Et (η⁵-C₅Me₄Et) and Cp^<i>i</i>Pr (η⁵-C₅H₄^<i>i</i>Pr) analogues or to Cp*Mo­(NO)­(CH₂CMe₃)₂. …”