Study | Scanner | Protocol | Stressor agent | Contrast agent | Contrast dosage | Perfusion sequence |
---|---|---|---|---|---|---|
Al-Saadi 2000 [27] | 1.5Â T, Philips | Rest/stress | Dipyridamole | Gadopentate (Magnevist) | 0.025Â mmol/kg | T1-weighted inversion recovery single-shot turbo gradient echo |
Bertschinger 2001 [28] | 1.5Â T, G.E. | Stress only | Dipyridamole | Gadodiamide (Omniscan) | NS | interleaved gradient-echo EPI |
Ibrahim 2002 [29] | 1.5Â T, Phillips | Rest/stress | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/l | A fast hybrid, gated-imaging sequence consisting of three short- axis slices was used |
Nagel 2003 [30] | 1.5Â T, Philips | Rest/stress | Adenosine | Diethylenetriaminepentaacetic acid-gadolinium | 0.025Â mmol/kg | single shot segmented k-space turbo-gradient-echo/echo-planar-imaging (EPI)-hybrid |
Giang 2004 [31] | 1.5Â T, G.E. | Stress only | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | hybrid echo planar |
Plein 2005 [32] | 1.5Â T, Philips | Rest/stress | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | dynamic segmented k-space gradient-echo combined with SENSE |
Rieber 2006 [33] | 1.5Â T, Siemens | Stress/rest | Adenosine | Gadodiamide (Omniscan) | 0.05Â mmol/kg | T1-weighted saturation recovery turbo flash |
Positano 2006 [34] | 1.5Â G.E. | Rest/stress | Dipyridamole | Gadodiamide (Omniscan) | 0.1Â mmol/kg | fast gradient-echo train |
Costa 2007 [35] | 1.5 Siemens | Stress/rest | Adenosine | Gadolinium (Magnevist) | 0.1Â mmol/kg | single-shot gradient-echo |
Pignitore 2008 [36] | 1.5Â G.E. | Rest/stress | Dipyridamole | Gadodiamide (Omniscan) | 0.1Â mmol/kg | fast gradient-echo train |
KrittayaPhong 2009 [37] | 1.5Â T, Phillips | Stress/rest | adenosine | Gadopentate (Magnevist) | 0.05Â mmol/l | ECG-triggered, T1 weighted, inversion receovery single shot turbo gradient echo sequence |
Kirschbaum 2011 [38] | 1.5Â T, GE Medical Systems | Rest/stress | adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | steady state free-precession technique |
Lockie 2011 [39] | 3.0Â T, Philips | Stress/rest | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | saturation recovery gradient echo method |
Bernhardt 2012 [25] | 1.5Â T/3.0Â T, Philips | Stress/rest | Adenosine | Gadoterate meglumine (Dotarem) | 0.075Â mmol/kg | steady state free-precession technique |
Huber 2012 [24] | 1.5Â T, Siemens | NS | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | saturation turboFlash |
Motwani 2012 [40] | 3.0 Phillips | Stress/rest | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | Saturation-recovery gradient echo |
Chiribiri 2013 [41] | 3.0Â T, Philips | Stress/rest | Adenosine | Gadopentate (Magnevist) | 0.05Â mmol/kg | saturation-recovery gradient echo |
Mordini 2014 [20] | 1.5Â T, Siemens | Stress/rest | Dipyridamole | Gadopentate (Magnevist) | 0.005Â mmol/kg followed by 0.1Â mmol/kg | saturation recovery hybrid echo-planar |
Motwani 2014 [42] | 3.0Â T, Philips | Stress/rest | Adenosine | Gadobutrol (Gadovist) | 0.075Â mmol/kg | 3D spoiled turbo gradient-echo |
Yun 2015 [43] | 3.0Â T, Philips | Stress/rest | Dipyridamole | Gadobenate Dimeglumine (Multihance) | 0.05Â mmol/kg | saturation recovery gradient-echo T1-weighted |
Pan 2015 [44] | 3.0Â T, Siemens | Stress/rest | Adenosine | Gadobutrol (Gadovist) | 0.075Â mmol/kg | T1-weighted saturation recovery turbo flash |
Papanastasiou 2016 [45] | 3.0Â T, Siemens | Stress/rest | Adenosine | Gadobutrol (Gadovist) | 0.05Â mmol/kg | Turbo-fast low saturation recovery single-shot gradient echo |