“…The effects of this therapy on LV function and target vessel revascularization are summarized in a recently published metaanalysis by Zohlnhöfer et al They found no effect of an additional G-CSF therapy after myocardial infarction with regard to LV-ejection fraction. Also restenosis or target vessel revascularization was not influenced by this therapy (110).…”
Endothelial progenitor cells (EPCs) reside in the bone marrow and are mobilized into the circulation by specific stimuli such as certain drugs, ischemia, and exercise training.
“…The effects of this therapy on LV function and target vessel revascularization are summarized in a recently published metaanalysis by Zohlnhöfer et al They found no effect of an additional G-CSF therapy after myocardial infarction with regard to LV-ejection fraction. Also restenosis or target vessel revascularization was not influenced by this therapy (110).…”
Endothelial progenitor cells (EPCs) reside in the bone marrow and are mobilized into the circulation by specific stimuli such as certain drugs, ischemia, and exercise training.
“…In cellular cardiomyoplasty, according to the cell delivery system, the results are different. Least effective method is mobilization from peripheral blood or bone marrow (170)(171) and most effective method is intracoronary infusion (172)(173). And in case of intravenous infusion, according to the blood flow, all blood in body has to pass the lung and some proportion of infused stem cells are trapped at the lung (174)(175).…”
“…However, G-CSF therapy was associated with a lower ejection fraction at 6 cells, G-CSF modulates intracellular signalling cascades within cardiomyocytes and can activate neutrophils, and several trials have been stopped early as a result of excessive in-stent restenosis and acute coronary syndromes in patients with coronary artery disease. [7][8][9][10][11] Animal data have similarly yielded discordant results, depending on the dose and timing of G-CSF.…”
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