Belinostat decreases both male and female bladder weights in transgenic superficial bladder cancer mice by Michael T Buckley (37161)

“…Normal non-transgenic mouse bladders weigh approximately 10.0 mg at the same age, and Ha-transgenic mice with superficial bladder cancer have a 3 fold and higher bladder weight. , Male belinostat-treated mice (n = 4, 327.5 mg average weight) showed a two-fold decrease (50%, p = 0.03) in bladder weight versus control (n = 4, 652.5 mg average weight). , Female belinostat-treated mice (n = 5, 34.0 mg average weight) showed a 36% decrease (p = 0.04) in bladder weight versus control (n = 6, 53.3 mg average weight).…”

SBP3 KD decreases cytoadhesion of iRBCs to bovine brain endothelial cells (BBECs). by Atefeh Fathi (7370876)

YTX treatment decreases tumour development in the B16F10 melanoma mouse model. by Araceli Tobío (3545306)

The ratio between the bias in the naïve SI and shuffle SI decreases with tuning specificity, but not with sample size. by Liron Sheintuch (12078310)

“…Data pooled from N = 9 simulations, each corresponding to behavioral data from a different mouse. (B) The bias ratio (mean ± SEM) decreases as a function of the true SI for a sample size of 1 minute (blue), 5 minutes (cyan) and 20 minutes (green). …”

miR-200c decreases KLOTHO expression in HK-2 cells by translational repression. by Kenichi Morii (6843554)

Example of a raw sEMG signal of the gastrocnemius muscle. by I. Moll (14227650)

<i>STN1</i> suppression decreases cell viability upon hydrogen peroxide treatment. by Tomohiko Hara (14980890)

hESCs-CM inhibited cell cycle progression of cancer cells and initiated a pro-apoptotic program. by Shufeng Zhou (398572)

Abolishing the ordered neuron density gradient decreased the positive correlation observed for axon elongation scaling. by Sarah F. Beul (6008801)

Excision of HIF1α decreases viral reactivation from latency in infected splenocytes in vivo. by Darlah M. López-Rodríguez (8098544)

Decreased 11β-HSD1 activity in the liver and pancreatic islets of MT-IGF mice. by Subrata Chowdhury (787208)

“…<p><b>A</b>. Changes in DHC conversion rate in pancreatic islets. …”

S-glutathionylation catalyst diamide also decreases ROS release from permeabilized skeletal muscle mitochondria. by Robert M. Gill (4854028)

“…The final concentration of pyruvate, 2-oxoglutarate, succinate, or palmitoyl-carnitine was 50 μM. n = 4, mean±SEM. (B) The decrease in mitochondrial ROS release correlates with an increase in overall protein S-glutathionylation. …”

Imatinib induces the differentiation of human normal erythroblasts and decreases cell surface expression of c-Kit. by Diane D'allard (405441)

Loss of ALS2 results in decreased levels of the lysosome-dependent degradation of LC3 in fibroblasts. by Shinji Hadano (251529)

“…Fibroblasts from wild-type (WT) and <i>Als2</i>^−/− mice were either left unstarved (0 hr) (upper) or starved for 6 hr (lower). It is notable that a 6 hr of starvation leads to decreased levels of the LC3- and p62-immunoreactive signals in WT cells, but not in <i>Als2</i>^−/− cells. …”

Trial Sequential Analysis, parallel group trials, decreased appetite, nausea, vomiting, and abdominal pain. by Mathilde Holmskov (4112062)

Decreased number of vestibular hair cells with increased levels of oxidative stress in LFN-exposed mice. by Haruka Tamura (153793)

Genkwanin exerts anti-inflammatory effects mainly through decreasing miR-101 production. by Yuan Gao (159945)

PLD1 inhibition decreases the c-Myc-dependent dNTP biosynthetic transcriptional program. by Harry E. Taylor (596259)

Gene ontology biological processes overrepresented among genes exhibiting decreased expression in human psoriasis. by William R. Swindell (175427)

“…<p>A total of 3540 transcripts were identified as significantly decreased in psoriatic plaques obtained from human patients relative to normal skin obtained from control subjects (FDR-adjusted P<0.05 and log₂-transformed fold-change less than -0.50). …”

Methylation levels of the <i>Ucp1</i> promoter decreased following genistein (GEN) treatment. by Noriko Sato (201880)