This study |
hMSCs from placenta—SPIO microspheres (MC03F, Bangs Laboratories, USA)—Intracerebral |
Experimental 7T - SWI |
1x102 / 5 in 1 μl |
This study |
hMSCs from placenta—SPIO microspheres (MC03F, Bangs Laboratories, USA)—Intra-arterial |
Experimental 7T - SWI |
Single cell |
Ariza de Schellenberger et al.[13] |
Murine MSCs—Two types of hanmade SPIO and Resovist® (Resovist®, Bayer Healthcare, Germany)—Intra-arterial |
Experimental 7T with CryoProbe™ - SWI |
Single cell |
Stroh et al.[15] |
Mouse embryonic stem cells—Very small SPIO particles (VSOP) C200 (Ferro Pharma, Germany)—Intra-arterial |
Experimental 17.6T - T2* |
1x102 / 50 in 1 μl |
Park et al.[22] |
hMSCs from bone marrow—Feridex® SPIO nanoparticles (Bayer Healthcare Pharmaceuticals, USA)—Intracerebral |
Clinical 3T - SWI |
2x102 / 13 in 1 μl |
Jendelová et al.[46] |
Rat MSCs from bone marrow—Endorem® SPIO nanoparticles (Guerbet GmbH, Germany)—Intracerebral |
Experimental 4.7T - T2* |
- / 625 in 1 μl |
Yin et al.[47] |
Human adipose-derived stem cells—Ferumoxytol/Feraheme SPIO (AMAG Pharmaceuticals, USA)—Intracerebral |
Clinical 3T - SWI (SWAN) |
1x104 / 2 000 in 1 μl |
Hu et al.[12] |
hMSCs from umbilical cord—handmade SPIO nanoparticles (80nm mean diameter)—In to the spinal cord |
Experimental 7T - T2 |
1x105 / 4 000 in 1 μl |
Argibay et al.[41] |
Rat MSCs—handmade coated magnetic nanoparticles (8.6±1.4 nm mean diameter)—Intracerebral |
Experimental 9.4T - T2* |
5x104 / 5 000 in μl |
Umashankar et al.[42] |
Rat neural stem cell—MIRB (USPIO-based contrast reagent BioPAL Inc., USA)—Intracerebral |
Experimental 7T - T2* |
5x104 / 50 000 in 1 μl |
Cheng et al.[20] |
hMSCs from bone marrow—Resovist® SPIO nanoparticles (Bayer Healthcare Pharmaceuticals, USA)—Intracerebral |
Clinical 3T - SWI |
5x107 / 10 000 000 in 1 μl |
Magnitsky et al.[36] |
Mouse neural stem cells—Feridex® SPIO nanoparticles (Bayer Healthcare Pharmaceuticals, USA)—Intracerebral |
Experimental 4.7T - T2* |
5x102 / |
Zhu et al.[48] |
Rat neural stem cells—Endorem® SPIO nanoparticles (Guerbet GmbH, Germany)—Intracerebral |
Experimental 4.7T - T2* |
1x106 / |