The objective of this study was to establish a selection process for high quality sperm in
bovine semen using sperm separation by magnetic activation (MACS). For this, semen from …

Purpose Selection of appropriate sperm is considered as a decision making point in the ICSI
procedure. Canonically, sperm selection is based on morphology and motility. Recent …

Purpose To investigate whether the sperm fertilizing potential can be improved by selecting
a non-apoptotic fraction using magnetic activated cell sorting (MACS), and to compare the …

Conventional sperm selection based on motility and morphology fails to provide detailed
information on sperm functional and molecular status. Magnetic-activated cell sorting …

Sperm chromatin integrity may affect the outcomes of assisted reproductive technology
(ART). Developing a clinically reliable strategy to enrich sperm samples with high chromatin …

Magnetic-activated cell sorting (MACS) using paramagnetic annexin V-conjugated
microbeads eliminates spermatozoa with externalized phosphatidylserine, which is …

Sperm processing for assisted reproductive technologies (ART) aims to separate immotile
and debris from the motile spermatozoa in the semen. The purpose of this study was to …

OBJECTIVE: To verify whether microinjection into retrieved oocytes of motile spermatozoa
with morphologically normal nuclei, strictly defined by high power light microscopy (×> …

Purpose We used computer assisted sperm selection (MSOME) during cycles of
intracytoplasmic sperm injection to test whether this technique improves results over …

OBJECTIVE: To evaluate if the use of magnetic active cell sorting (MACS) combined with
Annexin V microbeads reduces sperm DNA fragmentation levels in apoptotic semen …