Objective: To study the effect of cumulus cell coculture on human sperm motility, life span, and patterns.
Design: Controlled prospective study of 50 normal semen samples. Sperm motility and forward grade was observed in droplets of Ham's F-10 media with cumulus cell coculture and compared with sperm in droplets of Ham's F-10 only.
Setting: The Egyptian IVF-ET Center.
Main Outcome Measures: Sperm motility, life span, and forward progressive pattern.
Results: The time course of loss of sperm motility in cumulus coculture was significantly slower than without cumulus. Also, the percentage of motile sperm with linear progressive motility of grade 4,3 was significantly higher in cumulus coculture.
Conclusion: Cumulus cell coculture has a positive effect on prolongation of sperm motility life span and its forward progression.
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