Effect of XXXX on the morphology of @entity35 epididymal epithelial cells in vitro.

@entity586 @entity3566 @entity342 @entity35 @entity587
The epididymis is an @entity342 -dependent organ. The hormones regulate the morphology and secretory activity of the epididymal epithelial cells. The cells in vitro resume their function as in vivo and also reveal features of steroidogenic cells. It can be expected that, as with Leydig cells, the morphology and function of the cells can be regulated by LH/ @entity3566 . The aim of the study was to assess the morphology of epididymal epithelial cells in vitro after stimulation with @entity3566 . The experiment was performed on cells isolated from sexually mature @entity35 . The epididymal epithelial cells were cultured in a medium with the addition of @entity586 ( @entity587 ). Moreover, the cells were cultured in the medium with @entity587 and without @entity587 but enriched with @entity3566 . The epididymal epithelial cells cultured with @entity587 formed a monolayer and accumulated glycogen, a PAS-positive substance and lipid droplets. The cells cultured without @entity587 were stellate in shape and low in glycogen and PASpositive substance but they contained lipid droplets. The morphology of epididymal epithelial cells cultured without @entity587 but after stimulation with @entity3566 was similar to the morphology of the cells cultured with @entity587 . This was the first sign that the morphology of the cells can be influenced by @entity3566 .
