Skip to main content

Table 2 Overview of the study specific acquisition protocol

From: Diagnostic performance of semi-quantitative and quantitative stress CMR perfusion analysis: a meta-analysis

Study

Scanner

Protocol

Stressor agent

Contrast agent

Contrast dosage

Perfusion sequence

Al-Saadi 2000 [27]

1.5 T, Philips

Rest/stress

Dipyridamole

Gadopentate (Magnevist)

0.025 mmol/kg

T1-weighted inversion recovery single-shot turbo gradient echo

Bertschinger 2001 [28]

1.5 T, G.E.

Stress only

Dipyridamole

Gadodiamide (Omniscan)

NS

interleaved gradient-echo EPI

Ibrahim 2002 [29]

1.5 T, Phillips

Rest/stress

Adenosine

Gadopentate (Magnevist)

0.05 mmol/l

A fast hybrid, gated-imaging sequence consisting of three short- axis slices was used

Nagel 2003 [30]

1.5 T, Philips

Rest/stress

Adenosine

Diethylenetriaminepentaacetic acid-gadolinium

0.025 mmol/kg

single shot segmented k-space turbo-gradient-echo/echo-planar-imaging (EPI)-hybrid

Giang 2004 [31]

1.5 T, G.E.

Stress only

Adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

hybrid echo planar

Plein 2005 [32]

1.5 T, Philips

Rest/stress

Adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

dynamic segmented k-space gradient-echo combined with SENSE

Rieber 2006 [33]

1.5 T, Siemens

Stress/rest

Adenosine

Gadodiamide (Omniscan)

0.05 mmol/kg

T1-weighted saturation recovery turbo flash

Positano 2006 [34]

1.5 G.E.

Rest/stress

Dipyridamole

Gadodiamide (Omniscan)

0.1 mmol/kg

fast gradient-echo train

Costa 2007 [35]

1.5 Siemens

Stress/rest

Adenosine

Gadolinium (Magnevist)

0.1 mmol/kg

single-shot gradient-echo

Pignitore 2008 [36]

1.5 G.E.

Rest/stress

Dipyridamole

Gadodiamide (Omniscan)

0.1 mmol/kg

fast gradient-echo train

KrittayaPhong 2009 [37]

1.5 T, Phillips

Stress/rest

adenosine

Gadopentate (Magnevist)

0.05 mmol/l

ECG-triggered, T1 weighted, inversion receovery single shot turbo gradient echo sequence

Kirschbaum 2011 [38]

1.5 T, GE Medical Systems

Rest/stress

adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

steady state free-precession technique

Lockie 2011 [39]

3.0 T, Philips

Stress/rest

Adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

saturation recovery gradient echo method

Bernhardt 2012 [25]

1.5 T/3.0 T, Philips

Stress/rest

Adenosine

Gadoterate meglumine (Dotarem)

0.075 mmol/kg

steady state free-precession technique

Huber 2012 [24]

1.5 T, Siemens

NS

Adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

saturation turboFlash

Motwani 2012 [40]

3.0 Phillips

Stress/rest

Adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

Saturation-recovery gradient echo

Chiribiri 2013 [41]

3.0 T, Philips

Stress/rest

Adenosine

Gadopentate (Magnevist)

0.05 mmol/kg

saturation-recovery gradient echo

Mordini 2014 [20]

1.5 T, Siemens

Stress/rest

Dipyridamole

Gadopentate (Magnevist)

0.005 mmol/kg followed by 0.1 mmol/kg

saturation recovery hybrid echo-planar

Motwani 2014 [42]

3.0 T, Philips

Stress/rest

Adenosine

Gadobutrol (Gadovist)

0.075 mmol/kg

3D spoiled turbo gradient-echo

Yun 2015 [43]

3.0 T, Philips

Stress/rest

Dipyridamole

Gadobenate Dimeglumine (Multihance)

0.05 mmol/kg

saturation recovery gradient-echo T1-weighted

Pan 2015 [44]

3.0 T, Siemens

Stress/rest

Adenosine

Gadobutrol (Gadovist)

0.075 mmol/kg

T1-weighted saturation recovery turbo flash

Papanastasiou 2016 [45]

3.0 T, Siemens

Stress/rest

Adenosine

Gadobutrol (Gadovist)

0.05 mmol/kg

Turbo-fast low saturation recovery single-shot gradient echo