The oviduct is involved in many reproductive functions, including early embryo development.
The epithelial cells that cover the oviduct produce oviducal fluid and could be used to …

We have previously reported that the co-culture of porcine in vitro-produced embryos with a
monolayer of porcine oviducal epithelial cells (POEC) enhances blastocyst formation and …

The efficiency of in vitro embryo production in mammals is influenced by variables
associated with culture conditions during maturation, fertilization, and embryonic …

This study was designed to investigate the development competency of in vitro matured, in
vitro fertilized bovine embryos (n= 770) co-cultured in a) medium alone; n= 130; b) bovine …

The study examined whether co-culture with oviductal epithelial cells was of benefit to ovine
in vitro fertilization (IVF) and embryo culture procedures utilizing a well characterized culture …

This study was designed to investigate the developmental competency of in vitro-matured
and in vitro-fertilized bovine embryos co-cultured with a) medium alone, b) bovine oviductal …

In vitro embryo production in the sow is challenged by poor cytoplasmic maturation, low
sperm penetration and low normal fertilization, leading to the development of poor quality …

Several critical physiological procedures occurred in oviduct during early embryo
development. It is now well documented that in vivo there exist a great cross talk between …

A co-culture system using a suspension of detached bovine oviducal epithelial cells (BOEC)
has been developed as an effective culture method for supporting the development of …

We established a short-term (24 h) culture system for bovine oviduct epithelial cells
(BOECs), obtained on day 3.5 of the estrous cycle and evaluated the cells with respect to …