Institute of Biomedical Engineering / Montreal Heart Institute / /
IndustryTerm
tomography imaging / cardiovascular imaging / magnetic-resonance-guided near-infrared imaging / modality imaging / magnetic resonance imaging / in vivo atherosclerosis molecular imaging / diffuse media / black rubber shrink-tube / fluorescence imaging / molecular imaging / in vivo molecular imaging / imaging / 3D turbid media / noninvasive in vivo imaging / reconstruction algorithm / in vivo atherosclerosis imaging / aorta molecular imaging / epi-illumination fluorescence imaging system / animal imaging / atherosclerosis imaging / Online resource / diffuse optical imaging / segmentation algorithm / bioluminescence imaging / metal plate / in vitro imaging / biological imaging / optical imaging / multimodality molecular imaging / anatomical imaging / gas-induced vascular change / /
MarketIndex
ATX / /
MedicalCondition
DF / prostate and preclinical cancer / early stage lung cancer / prostate cancer / atherosclerotic cardiovascular disease / preclinical atherosclerosis / tumors / atherosclerosis / fatty tissue / /
Organization
Optical Society of America OCIS / Montreal Heart Institute / Institute of Biomedical Engineering / Bank of England / /
Person
G. H. Glover / F. Leblond / B. L. Daniel / Nat / H. Dehghani / J. Wang / V / K. D. Paulsen / F. El-Ghussein / R. W. Holt / S. Jiang / K. M. Tichauer / A. Ale / V / R. Rakow-Penner / B. W. Pogue / P. K. Yalavarthy / /
Position
laser driver / Representative / heterogeneous model for each / M. Carpenter / /
Hybrid FMT-MRI applied to in vivo atherosclerosis imaging Baoqiang Li,1,2 Foued Maafi,2 Romain Berti,2 Philippe Pouliot,1,2 Eric Rhéaume,2 Jean-Claude Tardif,2 and Frederic Lesage1,2,* 1