Transaldolase deficiency causes a starvation-like response that decreases animal fat content and rewires lipid metabolism gene expression. by Christopher F. Bennett (3875731)

“…<p><b>(A)</b> Intestinal fat staining decreases from RNAi knockdown of <i>tald-1</i> or <i>cco-1</i>. …”

FAST protein expression in A549 cells decreases cellular metabolic activity, promotes apoptosis and concomitant loss of membrane integrity. by Carmen M. Wong (3176730)

JBPOS0101 decreased Amyloid Beta (Aβ) aggregates in the cortex and hippocampal regions in 5xFAD mouse brains. by Jihoon Jeong (4852690)

Pre-treatment with HMGB1 enhanced KA-induced up-regulation of P-gp in the epileptic brain. by Yan Chen (4308)

“…HMGB1 injection enhanced the over-expression of P-gp in the EP group mice while BoxA attenuated it. Scale bar: 50 μm. NS: normal saline control group; EP: KA-induced epileptic seizure group; EP+HMGB1: EP group pretreated with HMGB1; EP+BoxA: EP group pretreated with BoxA. …”

Loss of RBM-26 function causes a reduction in the density of mitochondria in the PLM axon. by Tamjid A. Chowdhury (14149846)

Training impact on electrical properties of P3 lumbar MNs. Rin: input resistance. Rheobase: lowest intensity of current injected in MNs to elicit an action potential (AP). AP threshold: voltage measured at the foot of the AP. AP amplitude: measured between the resting membrane potential and the AP peak. AP half width: time spent by the potential > 50% of the AP maximum amplitude. AP rise time: time spent by the potential between 10% and 90% of the AP maximum amplitude. AP half decay time: time spent by the potential between the AP maximum amplitude and the 50% decreasing amplitude. ADP: after-depolarization potential.... by Camille Quilgars (21156495)

“…AP half decay time: time spent by the potential between the AP maximum amplitude and the 50% decreasing amplitude. ADP: after-depolarization potential. …”

Effect of CM from osteoblasts cultured with CXCL8 (200 pg/ml) or CCL20 (500 pg/ml) on osteoclastic bone resorption. by Janak L. Pathak (759122)

Effect of CXCL8 (200 pg/ml), CCL20 (500 pg/ml), CXCL8-CM, and CCL20-CM on osteoclast formation. by Janak L. Pathak (759122)

Olaparib reverses the oxLDL-mediated decrease in co-immunoprecipitation of IκBα with RelA or p50. by Khamis Mustafa (17941332)

“…Relative band densities from three independent experiments were analyzed. (A) OxLDL decreased co-immunoprecipitation of IκBα with both RelA and p50, and olaparib reversed the effect of oxLDL on the dissociation of IκBα with RelA and p50. …”

miR-155 suppresses atherosclerotic plaque progression, reduces macrophage accumulation, as well as decreases TNF-a and IL-6 levels in the thoracic aorta of ApoE^−/− mice.... by Jianhua Zhu (50548)

SDG decreases iron-induced MMP gene expression in H9c2 cells. by Stephanie Puukila (568109)

Overexpresssion of cofilin, LIMK and occludin, but not claudin-1, significantly diminishes the capsaicin-induced decrease in TER. by Tomoko Shiobara (486327)

Can inoculation with diazotrophic bacteria decrease the productivity loss of defoliated Vigna unguiculata (L.) Walp? by Caliane da S. Braulio (10469226)

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

Discrimination of rippled-spectrum patterns in noise: A manifestation of compressive nonlinearity - Fig 6 by Olga N. Milekhina (812701)

EPO administration does not decrease <i>Hamp</i> expression in <i>mask</i> mice. by Jana Frýdlová (163557)

Cytokine dependent decrease in vSMC viability after type I NKT cell activation. by Gijs H. M. van Puijvelde (500345)

Decrease of NF-κB activity in tumor tissue of CCR5^−/− mice. by Ju Kyoung Song (324058)

“…<b>C</b>, Immunolfluorescence analysis of p50 confirmed that the intensities of nuclear staining for p50 were decreased in the tumor tissues of CCR5^−/− mice. …”

Decrease of excitability in small IB4-positive TG neurons over-expressing TRESK channels. by Zhaohua Guo (383295)

Adiponectin-induced Irak3 plays an important role in rosiglitazone-mediated decrease of Mcp1. by Maarten Hulsmans (181118)