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Scientific method / Magnetic resonance imaging / Nanotechnology / MRI contrast agent / Medical physics / Hydrogen peroxide / Nanoparticle / Superparamagnetism / Nuclear magnetic resonance / Chemistry / Science / Nanomaterials


Functional nanoparticles for ROS detection in MRI A novel strategy to monitor production of Reactive oxygen species with MRI Technology
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Document Date: 2015-02-19 09:39:51

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Company

ACS / /

Country

United States / /

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Facility

Freiburg University / Albert Ludwigs University / V. Prasad Shastri1 / 2* Institute / USPIO Peroxalate scaffold Fig / Albert-Ludwigs University / Freiburg Institute of Macromolecular Chemistry Branch Diagnostic / /

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IndustryTerm

important non-invasive medical imaging technique / optical imaging probes / multimodal imaging purposes / reactive site / resonance imaging / non-invasive imaging modality / imaging / eactive site / /

MedicalCondition

cancers / tumor / disease / inflammatory processes / arthritis / Crohn’s disease / inflammatory molecules / diseases / MRI Technology Inflammation / inflammation / /

MedicalTreatment

relaxation / dialysis / /

OperatingSystem

Petros / /

Organization

American Chemical Society / National Park Service / Freiburg University / European Union / Albert-Ludwigs University / Pradeep P. Wyss1 and V. Prasad Shastri1 / 2* Institute for Macromolecular Chemistry / Freiburg Institute of Macromolecular Chemistry Branch Diagnostic / 2BIOSS Centre for Biological Signalling Studies / Freiburg University Medical Center / /

Person

Prasad Shastri / M. B. Clarke / V / /

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Position

radical catcher / Innovation Responsible Scientist / V. P. / /

PublishedMedium

Magnetic Resonance Imaging / Journal of the American Chemical Society / /

Technology

Magnetic Resonance Imaging / tomography / MRI / MRI Technology / dialysis / medical imaging / /

SocialTag