Reactive oxygen intermediates (ROI) may be involved in the destruction of pancreatic β-cells
during the development of insulin-dependent diabetes mellitus (IDDM). To investigate the …

It was recently suggested that extracellular hydrogen peroxide, after diffusing into and
throughout adjacent cells ‐ which may be the case if they have only a weak capacity to degrade …

When cultured NIT‐1 cells were subjected to a low level of oxidative stress (30 μM hydrogen
peroxide for 15 min at 37C) several of their lysosomes ruptured, as demonstrated by …

Glucose and amino acid starvation of cells in culture generally enhances their sensitivity to
oxidative stress. This is explained by compensatory autophagocytosis, which results in …

In this paper, we propose a new method based on multiple-valued functions and spectral
analysis for the lossless compression of binary, gray scale and color biomedical images. …

… BJ Falkowski, and BT Olejnicka, "Image processing of intracellular fluorescent dye
concentrations in living cells," Proc. 1st mt. Workshop on Spectral Transforms and Logic Design for …

The central causative factor of COPD is cumulative oxidative stress as result of long-term
tobacco smoking and an extensive inflammatory response. Superoxide dismutases (SODs) are …

… Falkowski, and BT Olejnicka, "Image processing of intracellular fluorescent dye concentrations
in living cells," Proc. 1st mt. Workshop on Spectral Transforms and Logic Design for …

Accumulating evidence suggests that injnries caused by oxygen-derived radicals contribute
to the destruction of pancreatic islet ß-cells in autoinnnune diabetes mellitus (diabetes type I, …

Background: Reactive oxygen/nitrogen species (ROS/RNS) are generally acknowledged as
potent immunoregulatory and tissue-destructive molecules in tobacco-induced COPD. The …