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Oviduct: ampulla
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x
![Lumen <p>Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x</p>](https://digitalhistology.org/wp-content/uploads/2018/03/O.R.F.OD_.05.P01.png)
Lumen
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x
![Simple columnar epithelium <p>Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x</p>](https://digitalhistology.org/wp-content/uploads/2018/03/O.R.F.OD_.05.P02.png)
Simple columnar epithelium
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x
![Ciliated cells <p>Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x</p>](https://digitalhistology.org/wp-content/uploads/2018/03/O.R.F.OD_.05.P03.png)
Ciliated cells
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x
![Basal bodies <p>Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x</p>](https://digitalhistology.org/wp-content/uploads/2018/03/O.R.F.OD_.05.P04.png)
Basal bodies
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x
![Secretory cells <p>Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x</p>](https://digitalhistology.org/wp-content/uploads/2018/03/O.R.F.OD_.05.P05.png)
Secretory cells
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x
![Lamina propria <p>Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x</p>](https://digitalhistology.org/wp-content/uploads/2018/03/O.R.F.OD_.05.P06.png)
Lamina propria
Two folds of the oviductal mucosa of the ampulla are shown. The simple columnar epithelium lining the oviduct possesses both ciliated and secretory cells, whose activity is regulated by ovarian hormones. 1000x