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The behavior of white and red blood cells, platelets, and circulating injected particles is one of the most studied areas of physiology. Most methods used to analyze the circulatory patterns of cells are time consuming. We describe a system named CellTrack, designed for fully automated tracking of circulating cells and micro-particles and retrieval of their(More)
BACKGROUND Aerosol masks were originally developed for adults and downsized for children. Overall fit to minimize dead space and a tight seal are problematic, because children's faces undergo rapid and marked topographic and internal anthropometric changes in their first few months/years of life. Facial three-dimensional (3D) anthropometric data were used(More)
Traditional models of bendable surfaces are based on the exact or approximate invariance to deformations that do not tear or stretch the shape, leaving intact an intrinsic geometry associated with it. These geometries are typically defined using either the shortest path length (geodesic distance), or properties of heat diffusion (diffusion distance) on the(More)
Hyperoxia after splanchnic ischemia/reperfusion 2 Abstract Splanchnic ischemia and reperfusion (I/R) causes tissue hypoxia that triggers local and systemic microcirculatory inflammatory responses. We evaluated the effects of hyperoxia in I/R induced by occlusion of the superior mesenteric artery (SMA) for 40 min. followed by reperfusion (120 min) in rats.(More)
BACKGROUND Redox-active iron, a catalyst in the production of hydroxyl radicals via the Fenton reaction, is one of the key participants in ROS-induced tissue injury and general inflammation. According to our recent findings, an excess of tissue iron is involved in several airway-related pathologies such as nasal polyposis and asthma. OBJECTIVE To examine(More)
  • Q Li, K Anupindi, Y Delorme, Sh Frankel-Technion, H Stauber, R Fishler +12 others
  • 2013
10:00 – 10:20 H Chai-Tel Aviv University, "On crack tip shielding by micro cracking in biological structures." 10:20 – 10:40 MM Safadi and MB Rubin-Technion, "Modeling rate-independent hysteresis in large deformations of preconditioned soft tissues." "The oblique parabolic equation model for linear and nonlinear wave shoaling." 13:40 – 14:00 O Manor, A(More)
The behavior of white and red blood cells, platelets and circulating injected particles is one of the main focuses in physiological studies. Most methods used to analyze the circulatory patterns of cells are time consuming. We describe a system named CellTrack, designed for a fully automated tracking of circulating cells and micro-particles and retrieval of(More)
—The behavior of white and red blood cells, platelets, and circulating injected particles is one of the most studied areas of physiology. Most methods used to analyze the circulatory patterns of cells are time consuming. We describe a system named CellTrack, designed for fully automated tracking of circulating cells and micro-particles and retrieval of(More)
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