Model of the role of increased ROS in chromosome missegregation. by Zachary J. Hough (20840430)

Subjects:

Mitochondrial ROS is increased when cells are exposed to DHA. by Arlet Hernandez (12289155)

“…<p>(A) HepG3 cells were dosed with 7 mM DHA for 24 and 48 h and imaged to evaluate mitochondrial ROS; scale bars 25 μm. (B) A significant increase in fluorescent intensity can be observed at 24 and 48h DHA exposure cells compared to the control. …”

Weights did not vary significantly during PPS treatment. by Penny A. Rudd (10298691)

Inhibition of EGFR signaling restores mitochondrial ROS (mtROS) production and increases bactericidal function. by Mingchao Jin (11297178)

Introgression decreases allelic shuffling. by Enrique J. Schwarzkopf (6579275)

SHG-44 did not lead to a significant production of ROS release. by Denis Mustafov (19137870)

PGRN deficiency increased reactive oxygen species (ROS) production in macrophages and neutrophils. by Jiayu Liu (3951515)

Production of Ros during glucose metabolism. by Yuta Shinohara (539705)

<i>ADCK1</i> knockdown increases ROS level and apoptosis. by Woongchang Yoon (4379740)

ROS IF intensity. by Peng Li (69518)

“…The findings revealed that ectoine significantly increased the trypsin tolerance of chondrocytes, maintained the viability of the chondrocytes at 50°C, and improved their resistance to oxidation. …”

Mitochondrial ROS lower tumor cell viability and increase thiol oxidation. by Elif Aplak (7430123)

Sodium arsenite dose-dependently increased ROS production in C2C12 cells. by Fu-Lin Yu (21446056)

Protodioscin and dioscin increase ROS generation in the adenocarcinoma MCF-7 and MDA-MB-468 cell lines. by Najat Bouchmaa (13558816)

Brain and liver GCase activity are significantly decreased in heterozygous <i>GBA1</i> D409V KI mice, with varying differences in glucosphingolipid lipids in brain and liver. by Nicole K. Polinski (10947787)

Intracellular levels of Ca2+, ATP and ROS increase with 810 nm treatment. by Nashwa Cheema (21615583)

“…At 24 hrs with 810 nm treatment, ATP levels were increased. (C) DCF fluorescence indicative of ROS generation in 810 nm treated myotubes at indicated time points. …”

ING4-deficient MPPs have increased quiescence and low ROS levels. by Georgina A. Anderson (20727271)

Detection of ROS levels and tube formation ability in HUVEC cells. by Jichang Li (6700181)

Effects of total sleep deprivation on ROS in the GV and MII oocytes. by Zi-Yun Yi (19859589)

Inhibition of FoxO1 and FoxO3 increases the intracellular ROS level. by Jungang Lan (16851666)

ROS in the gut increases upon pan-neuronal knockdown of <i>Nf1</i>. by Elizabeth B. Brown (4582978)

“…Pan-neuronal knockdown of <i>Nf1</i> significantly increases oxidized DHE signal intensity in 5d flies (one-way ANOVA: F_2,51 = 30.37, <i>P</i><0.0001). …”