Study  | 
        Cell    type  | 
        Delivery    route  | 
        Timing    of infusion post-MI  | 
        Follow-up    period  | 
        Follow-up    method  | 
        Outcome  | 
      
      
        | TOPCARE-AMI [8]  | 
        BM-MNCs | 
        Intracoronary | 
        4.3 days | 
        4 months 
          1 year | 
        LV angiography 
          Dobutamine stress    echocardiography 
          FDG-PET | 
        Improvement in LV    function | 
      
      
        | BOOST[11]  | 
        BM-MNCs | 
        Intracoronary | 
        4.8 days | 
        6 months 
          5 years | 
        Cardiac MRI | 
        Improvement in    LVEF at 6 months but no appreciable increase in LVEF over 5 years | 
      
      
        | REPAIR-AMI[13]  | 
        BM-MNCs | 
        Intracoronary | 
        4.4 days | 
        4 months 
          1 year 
          2 year | 
        LV angiography 
          Cardiac MRI | 
        Greater    improvements in LVEF in cell therapy patients vs. control. Less adverse    clinical outcomes* in cell therapy group at     4 months, 1 years and 2 years  | 
      
      
        | ASTAMI[15]  | 
        BM-MNCs | 
        Intracoronary | 
        6 days | 
        6 months 
          3 year | 
        SPECT 
          Echocardiography 
          Cardiac MRI 
          Exercise capacity    testing | 
        6 month follow-up    did not show statistically significant improvements in LVEF, EDSV or infarct    size. However, 3 year follow-up revealed improvements in exercise time.  | 
      
      
        | FINCELL[18]  | 
        BM-MNCs | 
        Intracoronary | 
        3 days | 
        6 months | 
        LV angiography 
          Echocardiography | 
        Statistically    significant improvement in LVEF at 6 months. | 
      
      
        | REGENT[20]  | 
        BM-MNCs vs.    CD34+CXCR4+ vs. placebo | 
        Intracoronary | 
        7 days | 
        6 months | 
        LV angiography 
          Cardiac MRI | 
        Modest increases    in LVEF were realized in the cell therapy groups over placebo.  | 
      
      
        | BALANCE[21]  | 
        BM-MNCs | 
        Intracoronary | 
        7 days | 
        3 months 
          12 months 
          60 months | 
        LV angiography | 
        Improved LV    contractility and mortality reduction over 3, 12 and 60 months. | 
      
      
        | Cao et al.[22]  | 
        BM-MNCs | 
        Intracoronary | 
        7 days | 
        6 months 
          4 years | 
        Echocardiography 
          SPECT 
          LV angiography | 
        Statistically    significant improvement in LVEF and ESV at both time periods. | 
      
      
        | HEBE[23]  | 
        BM-MNCs vs.    PB-MNCs vs. control | 
        Intracoronary | 
        6 days | 
        4 months | 
        Cardiac MRI | 
        No statistically    significant changes in LVEF though a post-hoc analysis found that patietnts    with initial dilation of the LV benefited as cell therapy prevented further    dilation. | 
      
      
        | Janssens et al.[25]  | 
        BM-MNCs | 
        Intracoronary | 
        4 days | 
        4 months | 
        Cardiac MRI | 
        Greater reduction    of infarct volumes in cell therapy patients particularly those with larger    infarcts. No statistically significant increase in LVEF or LV volumes. |