Acute GM exposure decreased NADH Fl in basal turn OHCs bathed in T1 imaging buffer. by Heather C. Jensen-Smith (319902)

“…B) Although basal turn, high-frequency IHCs were unaltered by GM, basal turn OHCs displayed a significant decrease in NADH Fl within 10 min of GM exposure (t(7) = 2.0, p<0.05, n_GM = 5, n_Cont = 4). …”

Exposure of retinal endothelial cells to stress conditions decreases cell viability and increases intracellular ROS production. by Áurea F. Castilho (145125)

Immunoblotting for insulin sensitivity markers. by Dwight D. Harris (14484648)

SFN decreases immunosuppressive MDSC formation in response to GCM but increases CD14-/HLA-DR+ cells. by Ravi Kumar (188257)

“…Addition of SFN is associated with a dose-dendent reduction in mMDSC’s (5uM SFN = 42.5% mMDSC’s; 10uM SFN = 5.2% mMDSC’s) (bottom left and right; percent shown in red). …”

The expression of <i>Wnt1</i> gene was decreased in <i>Bmpr</i> double knockout mutants. by Lihua Qin (494786)

<i>In vivo</i> treatment with entinostat decreases Foxp3 expression in Tregs and inhibits Tregs function. by Li Shen (110858)

“…Cells were harvested from spleens and lymph nodes. A, <i>In vivo</i> entinostat treatment decreased the expression level of Foxp3 in CD4⁺Foxp3⁺ (Treg) cells. …”

Phosphorylation of Akt (Ser473) is decreased in Ric-8B^bgeo/bgeo embryos. by Maíra H. Nagai (8822732)

Data_Sheet_1_NBCe2 (Slc4a5) Is Expressed in the Renal Connecting Tubules and Cortical Collecting Ducts and Mediates Base Extrusion.PDF by Dagne Barbuskaite (740897)

“…In isolated renal CNT and CCD, genetic deletion of NBCe2 leads to decreased net base extrusion. To determine the role of renal NBCe2 in the development of hypertension, we generated CNT and intercalated cell NBCe2 knockout mice by crossing an Slc4a5 lox mouse with mice expressing cre recombinase under the V-ATPase B1 subunit promotor. …”

Tacrolimus decreased SFRP2 induced nuclear NFATc3 in 2H11 endothelial cells. by Sharareh Siamakpour-Reihani (218652)

Immunoblotting for TGF-beta, alpha-actinin, MMP-13, and mTOR. by Dwight D. Harris (14484648)

Immunoblotting for JAK, STAT, and SMAD. by Dwight D. Harris (14484648)

USP-18 overexpression in RAW264.7 cells decreases production of IL-27 and IL-10. by Miguel Pinilla-Vera (3150138)

“…Cell supernatants were assessed using ELISA showing (A) decrease in production of mouse IL-27 in USP-18-V5 transfected cells compared to empty vector in the presence of LPS and (B) decreased levels of mouse IL-10 in USP-18-V5 transfected cells after LPS stimulation. …”

Correlations between intact FGF23 and C-terminal FGF23 at Week 0 and Week 30. by Takashi Shigematsu (829751)

Drought tolerance of SDG8i plants. by Sharmin Islam (479989)

“…</p> <p>(C) Leaf survival and (D) PDT survival curve [% of final saturation weight to the initial turgid weight ratio] showing the effect of decreasing relative humidity on cell survival of SDG8i and WT shoots. …”

SCS DKO parasites have decreased mitochondrial ATP content, but are capable of ATP import and ATP hydrolysis. by Gergana Taleva (17131885)

Inhibition of the STAT3 pathway and its upstream signaling decreases citrate levels during VACV infection. by Anil Pant (10074299)

“…<p><b>(A)</b> Inhibition of the EGFR pathway decreases the citrate level in VACV-infected HFFs. …”

Ganaxolone: A Review in Epileptic Seizures Associated with Cyclin‑Dependent Kinase‑Like 5 Deficiency Disorder by Sheridan M. Hoy (4897468)

“…While somnolence and sedation are related to the dose of ganaxolone, they appear early in treatment and may decrease with continued therapy. Thus, although current evidence is somewhat limited, adjunctive ganaxolone could be a valuable therapeutic option for patients aged 2–17 years with epileptic seizures associated with CDD.…”

Fibrosis and TUNEL staining. by Dwight D. Harris (14484648)

Simulation of the optimal control P3 with <i>ω</i>₁ = 1, <i>ω</i>₂ = .5, <i>ω</i>₃ = 10 and <i>u</i>_<i>max</i> = 10. by Maria C. A. Leite (5586701)

Ethanol intoxication combined with burn injury decreases NFAT, Tbx21, Jun and Fos expressions in T cells. by Xiaoling Li (129705)