Copyright
©The Author(s) 2017.
World J Stem Cells. Dec 26, 2017; 9(12): 203-218
Published online Dec 26, 2017. doi: 10.4252/wjsc.v9.i12.203
Published online Dec 26, 2017. doi: 10.4252/wjsc.v9.i12.203
Ref. | Included studies | Cell type | Pathology | Mean change in LVEF | Other outcomes |
Wen et al[119] (2011) | 8 RCTs | BMMNCs | CIHD | 8.40% | Reduced LVESV |
307 subjects | BM-CD34+ | HF | (P < 0.01) | Reduced LVEDV | |
Zhao et al[120] (2011) | 10 RCTs | BM-CD34+/CD133+ | CIHD | 4.02% | Reduced LVEDV Reduced LVESV |
422 subjects | BMMNCs | ||||
CPCs | |||||
Donndorf et al[121] (2011) | 6 trials | BMMNCs | CIHD | 5.40% | No reduced LVESV |
(4 RCTs and 2 CSs) | BM-CD34+ | (P = 0.09) | No reduced MACEs | ||
179 | BM-CD133+ | ||||
subjects | |||||
Jeevanantham et al[122] (2012) | 50 trials (RCTs, CSs) | BMMNCs | AMI | 3.96% | Reduced infarct size |
2625 | BM-CD133+ and/or BM-CD34+ | CIHD | (P < 0.00001) | Reduced LVESV | |
subjects | MSCs | Reduced LVEDV | |||
MSCs and EPCs | |||||
Jiang et al[123] (2010) | 18 RCTs | BMCs | AMI or CIHD | 2.93% | Reduced LVESV |
980 subjects | BMMNCs | (P < 0.00001) | Reduced LVEDV | ||
MSCs | Reduced infarct area | ||||
Cheng et al[124] (2013) | 5 RCTs | BMMNCs | Chronic ischemic HF | No significant increase | Increased 6-min walk distance |
210 subjects | SM | Improved MLHF score | |||
Reduced NYHA class | |||||
No reduce in all-cause mortality | |||||
Kandala et al[125] (2013) | 10 RCTs | Unselected BMCs | CIHD | 4.48% | Reduced LVESV |
Enriched BMCs | (P < 0.0001) | Reduced LVEDV | |||
Sadat et al[126] (2014) | 32 trials (24 RCTs and 8 non-RCTs) | BMMNCs | ACS and | 4.6 ± 0.7 | Improved perfusion |
2306 subjects | BM-CD34+ | CAD/HF | (P < 0.05) | ||
BM-CD133+ | |||||
CPCs | |||||
HSCs | |||||
MSCs | |||||
Xu et al[127] (2014) | 19 RCTs | BMMNCs | CIHD | 3.54% | Reduced LVESV |
886 subjects | CD133+ | (P < 0.001) | No reduced LVEDV | ||
CD34+ | |||||
Circulating CPCs | |||||
Peripheral blood SCs | |||||
Tian et al[128] (2014) | 11 RCTs | BMMNCs | CIHD | 4.91% | Reduced LVESV |
492 subjects | CD34+ | (P < 0.00001) | Reduced LVEDV | ||
ALDH | |||||
CD133+ | |||||
Fisher et al[129] (2014) | 23 RCTs | BMMNCs | CIHD | 2.62% | Reduced mortality |
1255 subjects | CPCs | HF | (P = 0.02, ≥ 12 mo) | Reduced hospitalization HF | |
HSCs | (≥ 12 mo) | ||||
MSCs | No effect on mortality, rehospitalization for HF at short term (< 12 mo) | ||||
Reduced LVESV | |||||
Reduced stroke volume index (≥ 12 mo) | |||||
Reduced NYHA class | |||||
Reduced CCS score | |||||
Fisher et al[67] (2015) | 31 RCTs | BMMNCs | HF | 2.06% | Reduced mortality |
1521 subjects | BMMNCs/CPCs | (P < 0.0001) | Reduced rehospitalization for HF | ||
BM-CD34+ | Improved performance status | ||||
MSCs | Improved QOL | ||||
BMMNCs | Reduced BNP | ||||
(enriched CD34+) | |||||
CSCs | |||||
BM-EPCs | |||||
BM-CD133+ | |||||
SM | |||||
ALHDs | |||||
ADRCs | |||||
Rendon et al[130] (2016) | 6 | BMMNCs | IHD | No significant increase in LVEF in IHD/HF | Reduced mortality in IHD/HF |
systematic reviews | BM-CD133+ and/or BM-CD34+ | AMI | No reduce mortality in AMI | ||
MSCs | HF | ||||
BM-EPCs | |||||
Peripheral blood-derived cells | |||||
CPCs | |||||
SM | |||||
ALHDs | |||||
ADRCs | |||||
BMMNCs | |||||
(enriched CD34+) | |||||
Fisher et al[80] (2016) | 38 RCTs | BMMNCs | CIHD | Improvement (MRI analysis) | Reduced mortality |
1907 subjects | MSCs | HF | on short-term | (≥ 12 mo) | |
BM-CD133+ | Refractory angina | No improvement on long-term | Reduced non-fatal AMI | ||
BM-CD34+ | Reduced arrhythmias risk | ||||
CPC | No reduced rehospitalization | ||||
ALDH | for HF | ||||
No reduced MACE | |||||
Fisher et al[81] (2017) | 38 RCTs | BMMNCs | CIHD | Improvement (MRI analysis) | Reduced long-term |
1907 subjects | Progenitor cells | HF | on short-term | mortality | |
Refractory angina | No improvement on long-term | Reduced refractory angina | |||
Reduced non-fatal MI | |||||
Reduced arrhythmias | |||||
Reduced rehospitalization for HF/MACE | |||||
No impact on QOL | |||||
Improved exercise capacity at long-term |
- Citation: Dorobantu M, Popa-Fotea NM, Popa M, Rusu I, Micheu MM. Pursuing meaningful end-points for stem cell therapy assessment in ischemic cardiac disease. World J Stem Cells 2017; 9(12): 203-218
- URL: https://www.wjgnet.com/1948-0210/full/v9/i12/203.htm
- DOI: https://dx.doi.org/10.4252/wjsc.v9.i12.203