The effects of co-culture of human spermatozoa with human immortalized endometrial cells-
epithelial or stromal-on sperm movement characteristics, including hyperactivation, were …

Objective To evaluate the effects of a coculture with human endometrial cells on the function
of spermatozoa from samples obtained from infertile couples. Design In a prospective study …

The effects of spermatozoa: uterine epithelial cell interactions in vitro on various sperm
functions were studied using monolayers of uterine epithelial cells, endometrial stromal cells …

Objective To investigate the influence of cultured human oviductal epithelial cells on the
movement characteristics of human spermatozoa. Design Human spermatozoa were …

Purpose: In order to develop a better system for support of human sperm function in vitro, we
conducted studies to evaluate whether reproductive tract cells are better than non …

It has been difficult to study the behavior of sperm in the tubal environment in vivo. Human
tubal epithelial cells were therefore cultured in vitro to simulate tubal conditions and human …

Studies of sperm movement characteristics concern mainly sperm swimming between two
glass surfaces (as in the Makler chamber). Using automated videomicrography,(CellSoft® …

Objective To study human sperm motility in a coculture system for in vitro fertilization (IVF).
Design We studied the viability and motility (percentage and curvilinear velocity) of human …

Human epididymal tissue was recovered from 11 patients undergoing orchidectomy without
anti-androgen treatment. Everted epithelial fragments from the caput and corpus epididymis …

Objective: To investigate the mechanisms involved in the stimulatory effect of fallopian tube
epithelial cell coculture on sperm movement characteristics. Design: Human spermatozoa …