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Materials science / Physics / Nanoparticle / Ultraviolet radiation / Quantum dot / Blood–brain barrier / Magnetic nanoparticles / Adult stem cell / Nanomaterials / Biology / Nanotechnology


In vitro investigation of silica nanoparticle uptake into human endothelial cells under physiological cyclic stretch
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Helsinki / Rostock / /

Company

Partikeltechnologie GmbH / Becton Dickinson / FlexCell International Corporation / Life Technologies / Creative Commons / Olympus / Sigma Aldrich / Keyence / DuoSet / R&D Systems / /

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Facility

Scale bar / European Institute of Excellence / University Medical Center / Institute of Pathology / /

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test systems / scientific applications / triple-culture model systems / cell culture model systems / biomedical applications / food additive / model systems / physico-chemical characterization / formazan product / imaging / /

MedicalCondition

inflammatory response / cell/tumor / hypertension / atherosclerosis / arteriosclerosis / inflammation / inflammatory / /

MedicalTreatment

drug delivery systems / /

Organization

European Institute of Excellence / Institute of Pathology / National Park Service / University Medical Center of the Johannes Gutenberg University Mainz / /

Position

author / representative / controller / /

Product

penicillin / Sigma / sodium heparin / /

Technology

quantum dots / drug delivery / Tissue Engineering / DNA Chip / antibodies / Regenerative Medicine / apoptosis / /

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www.micromod.de / http /

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