Purpose Magnetic activated cell sorting (MACS) eliminates apoptotic spermatozoa based
on the presence of externalized phosphatidylserine residues. We evaluated the outcome of …

… As an additional consideration, high-speed cell sorting for clinical applications raises aspects
of sorting not encountered with experimental protocols in the laboratory. Issues of absolute …

… We aim to provide clinicians and patients with a more accurate interpretation on how,
when, and by how much, the use of MACS may impact their reproductive chances under an …

… As an additional consideration, high-speed cell sorting for clinical applications raises
aspects of sorting not encountered with experimental protocols in the laboratory [35]. Issues of …

… Cell sorting was performed using FACSAria (BD) with FACSDiva analysis software. More …
correlates with clinical outcome and not the percentage of CD34+CD38+ or CD34- cells. This …

… of cancer gene expression microarray experiments, with implications for hypotheses
generation and the stability of expression signatures used for predicting clinical outcomes. …

… cell sorting (MACS). This technique was used in 1995 by Pesce and De Felici to isolate and
purify the primordial germ cells … Table 2 shows the methodological data from the clinical trials …

… Magnetic activated cell sorting (MACS) with annexin V microbeads deselected apoptotic …
Therefore, MACS may help to select the most fertile sperm and improve clinical outcomes of …

… cell sorting (FACS) and other cell isolation methods, summarize regulatory guidance for
CGMP-compliant cell … , especially if research data might be used to design clinical studies. …

… CD34 cells from clinical sources is not known. We examined the efficacy of fluorescence
activated cell sorting (FACS) and magnetic beads cell sorting (MACS) methods for CD34 cell …