<p>Mitotracker-stained vehicle-treated control cells (A), 2-methoxyestradiol-bis-sulphamate-treated cells (B), ESE-16-treated cells (C), ESE-15-one-treated cells (D) and EMBS-treated cells (E) after 24 h exposure. An increase in the number of cells with reduced mitochondrial potential treated with 2ME2 analogues compared to the vehicle-treated control cells was observed.</p
<p>(A) Cells were exposed to Ad.TERT.LacZ (10 MOI), Ad.TERT.Tβ<sub>10</sub> (10 MOI), and actin poly...
As a first step towards designing a cell line model to study mitochondrial disease we require tools ...
Mitochondrial perturbation has been recognized as a contributing factor to various drug-induced orga...
<p>A) Flow cytometry histograms indicating relative fluorescence intensity for Mitocapture™ in the r...
<p>Flow cytometry was used to show the effects of these compounds on cytochrome <i>c</i> release fro...
<p>Mitochondrial membrane potential was determined the JC-1 miochondrial membrane potential assay ki...
<p>Flow cytometry was conducted to present the effects of these sulphamoylated compounds on cytochro...
Mitochondrial membrane potential assay in treated SH-SY5Y cells stained with Rh123.</p
<p>(A) BGC-823 cells were treated for 1 h and the generation of reactive oxygen species (ROS) was an...
<p>HCT116 and HCT8 cells were treated with PEOL for 24 h, and then incubated whether with MitoSOX Re...
<p>(A) Simulated time-courses for mitochondrial membrane potential (ψm). Gradual ROS inhibition from...
<p>The mitochondrial membrane potential was quantitated by flow cytometric analysis with rhodamine 1...
<p>(A) Differentiated L6 cells were treated with MES (0.1 ms, 1 V/cm, 55 pps) for 10 min. Then cells...
<p>In MEHP treatment group, the HUVEC cells were treated with 0 µM, 25 µM, 50 µM and 100 µM MEHP for...
<p>(A and B) Generation of ROS and (C) loss of mitochondrial membrane potential were examined by H<s...
<p>(A) Cells were exposed to Ad.TERT.LacZ (10 MOI), Ad.TERT.Tβ<sub>10</sub> (10 MOI), and actin poly...
As a first step towards designing a cell line model to study mitochondrial disease we require tools ...
Mitochondrial perturbation has been recognized as a contributing factor to various drug-induced orga...
<p>A) Flow cytometry histograms indicating relative fluorescence intensity for Mitocapture™ in the r...
<p>Flow cytometry was used to show the effects of these compounds on cytochrome <i>c</i> release fro...
<p>Mitochondrial membrane potential was determined the JC-1 miochondrial membrane potential assay ki...
<p>Flow cytometry was conducted to present the effects of these sulphamoylated compounds on cytochro...
Mitochondrial membrane potential assay in treated SH-SY5Y cells stained with Rh123.</p
<p>(A) BGC-823 cells were treated for 1 h and the generation of reactive oxygen species (ROS) was an...
<p>HCT116 and HCT8 cells were treated with PEOL for 24 h, and then incubated whether with MitoSOX Re...
<p>(A) Simulated time-courses for mitochondrial membrane potential (ψm). Gradual ROS inhibition from...
<p>The mitochondrial membrane potential was quantitated by flow cytometric analysis with rhodamine 1...
<p>(A) Differentiated L6 cells were treated with MES (0.1 ms, 1 V/cm, 55 pps) for 10 min. Then cells...
<p>In MEHP treatment group, the HUVEC cells were treated with 0 µM, 25 µM, 50 µM and 100 µM MEHP for...
<p>(A and B) Generation of ROS and (C) loss of mitochondrial membrane potential were examined by H<s...
<p>(A) Cells were exposed to Ad.TERT.LacZ (10 MOI), Ad.TERT.Tβ<sub>10</sub> (10 MOI), and actin poly...
As a first step towards designing a cell line model to study mitochondrial disease we require tools ...
Mitochondrial perturbation has been recognized as a contributing factor to various drug-induced orga...