Niels Bohr Institute / University of Copenhagen Excellence Program / University of Copenhagen / Swiss Federal Institute of Technology Zurich / /
IndustryTerm
metabolic machinery / show confocal imaging / live cell imaging / serum-free media / stock solution / confocal imaging / fluorescent end product / molecule technology / media concentrations / z-stacked 3D confocal imaging / confocal reflection imaging / metabolic energy / machinery / fatty acid oxidation products / oxidation products / serumfree media / angiogenesis model systems / reagents/materials/analysis tools / arachidonic acid-derived products / oxidation product / imaging / integrated energy / energy / /
MedicalCondition
cancer / disease / pathological diabetic blindness / metastasis / rheumatoid arthritis / macular degeneration / cancerous tumor / rheumatoid and other disease / inflammation / breast cancer / /
Organization
Department of Cellular and Molecular Medicine / Swiss Federal Institute of Technology Zurich / US Federal Reserve / University of Copenhagen Excellence Program / Niels Bohr Institute / University of Copenhagen / Copenhagen / /
Person
Daniel J. Muller / Pia Birn / Lene Broeng / /
Position
Author / original author / Editor / Bishop / Physical model for membrane protrusions during spreading / molecular mechanisms-based biophysical model for twophase cell spreading / Sheetz MP / /
Arachidonic Acid Randomizes Endothelial Cell Motion and Regulates Adhesion and Migration Ninna Struck Rossen1, Anker Jon Hansen2, Christine Selhuber-Unkel1, Lene Broeng Oddershede1* 1 Niels Bohr Institute, University of