S3 Raw images - by Geun Heo (14185618)

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S7 Raw images - by Geun Heo (14185618)

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S8 Raw images - by Geun Heo (14185618)

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Rotenone exposure disturbs meiotic maturation by inducing mitochondrial dysfunction in porcine oocytes. by Geun Heo (14185618)

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Rotenone induces oxidative stress in porcine oocytes. by Geun Heo (14185618)

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S2 Raw images - by Geun Heo (14185618)

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S12 Raw images - by Geun Heo (14185618)

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GSK343 decreased tumor stemness. by Laura V. Bownes (10276762)

“…Treatment with GSK343 significantly decreased tumorsphere formation by both the COA3 (A) and COA6 (B) cells, representing a decrease in stem cell-like phenotype. …”

<i>Achillea fragrantissima</i> triggers rupture in cell morphology (AO/EtBr), ROS generation, loss of mitochondrial potential, and DNA fragmentation in MCF-7 cells. by Abdulrahman Alasmari (11707409)

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WDR81 facilitates the recruitment of p62 onto Htt97Q-EGFP aggregates. by Xuezhao Liu (413291)

“…<p>mRNA level of WDR81 was decreased in the brains of male wild-type mice with the growth of age (n = 20 in each group). …”

Assessment of antioxidative capacity and ROS in HK-2 cells following molybdenum treatment and H₂O₂-induced oxidative stress. by Joo Hong Joun (19287602)

“…Molybdenum treatment significantly decreased cellular ROS at all doses (n = 5 per group). …”

Measurement of lysosome proteolytic and acidic functions in response to PIKfyve inhibition and ROS. by Golam T. Saffi (11747438)

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

Particle-Bound Hg(II) is Available for Microbial Uptake as Revealed by a Whole-Cell Biosensor by Yuping Xiang (11636916)

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Matrix crosslinking decreases cell migration persistence. by Michael Pamonag (12295175)

Pathogenicity and driver probability values using the OPEN Cravat tool. by Abdulaziz B. Hamid (13804692)

Proportion of L3 recovered from forages. by Katy A. Martin (9216905)

Distribution of total <i>T. colubriformis</i> recovered after 48 hours, stratified by height zone. by Katy A. Martin (9216905)

Making Cells as a “Nirvana Phoenix”: Precise Coupling of Precursors Prior to ROS Bursts for Intracellular Synthesis of Quantum Dots by Juan Kong (2230867)

“…However, the introduced exogenous reactants and intracellularly produced species, e.g., reactive oxygen species (ROS), often cause cell damage, decreasing the fluorescence of the QDs. …”

Making Cells as a “Nirvana Phoenix”: Precise Coupling of Precursors Prior to ROS Bursts for Intracellular Synthesis of Quantum Dots by Juan Kong (2230867)

“…However, the introduced exogenous reactants and intracellularly produced species, e.g., reactive oxygen species (ROS), often cause cell damage, decreasing the fluorescence of the QDs. …”