EC50 and percentage decrease in intracellular <i>Listeria</i> viability for effective compounds. by Marie-Eve Charbonneau (5658799)

Chlorothalonil effect on oocyte Na+ current amplitude. by Alessandra Gallo (287818)

Dexamethasone decreases cell viability in a dose and time dependent manner in GC sensitive MM1S but not GC resistant MM1R cells. by Ajay Palagani (669881)

Metformin decreases ATP levels in medium containing low glucose (2.5 mM). by Yongxian Zhuang (634693)

First and second mean values and intraclass correlation coefficients (ICCs) of each parameter in pattern electroretinogram. by Soo Ji Jeon (3364214)

GSH depletion leads to a strong decrease in SCF-dependent HIF-1α PHD activity in LAD2 cells. by Bernhard F. Gibbs (328262)

Kinematic analyses including finite helical axes of drop jump landings demonstrate decreased knee control long after anterior cruciate ligament injury - Fig 4 by Helena Grip (7610468)

CHO cell line stably transfected to synthesize rhTSG-6 forms aggregates resulting in a decrease of protein production. by Dong-Ki Kim (847216)

PAD4-deficient mice display a slight decrease in weight loss upon influenza infection but similar survival kinetics. by Saskia Hemmers (214438)

N1-specific anti-serum decreases replication of A(H1N1)pdm09 in HAE cells. by Anouk Smet (713884)

Moving distances in the open-field. by Wataru Matsunaga (3452621)

The numerical values underlying Fig 4. by Wataru Matsunaga (3452621)

“…However, only the KO mice showed a significant decrease in rotarod performance of 1.2 g/kg EtOH. …”

Ear stimulation targets used of taVNS or staVNS. by Duyan Geng (12072181)

Subjects:

Changes in rotarod performance after EtOH injection in WT and GAD65 KO. by Wataru Matsunaga (3452621)

Fig 4 - by Duyan Geng (12072181)

Subjects:

Fig 6 - by Duyan Geng (12072181)

Subjects:

Fig 5 - by Duyan Geng (12072181)

Subjects:

Activity of WT and GAD65-KO and blood EtOH concentration. by Wataru Matsunaga (3452621)

GLB1 increases expression in HGPIN and a subset of PCa and correlates with decreased proliferation and increased expression of HP1γ. by Jennifer Wagner (523883)

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>. …”