After rupture of the mature ovarian follicle, the theca interna cells differentiate into the theca lutein cells of the corpus luteum.
2.
For example, a lower plating density makes granulosa cells exhibit estrogen production, while a higher plating density makes them appear as progesterone-producing theca lutein cells.
3.
The follicular theca cells luteinize into small luteal cells ( thecal-lutein cells ) and follicular granulosa cells luteinize into large luteal cells ( granulosal-lutein cells ) forming the corpus luteum.
4.
The follicular theca cells luteinize into small luteal cells ( thecal-lutein cells ) and follicular granulosa cells luteinize into large luteal cells ( granulosal-lutein cells ) forming the corpus luteum.
5.
The main role of follistatin in the oestrus / menstrus ovary, so far, appears to be progression of the follicle from " early antral " to " antral / dominant ", and importantly the promotion of cellular differentiation of the estrogen producing granulosa cells ( GC ) of the dominant follicle into the progesterone producing " large lutein cells " ( LLC ) of the corpus luteum.
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