Luteinized theca cells respond to the low LH concentrations after ovulation by producing more progesterone.

LH水平降低会使黄素化的内膜细胞生成更多黄体酮。

In a secondary follicle, the primary oocyte is still in the prophase step of meiosis 1, but now the follicle has additional layers of granulosa cells, as well as theca cells.

次级泡中的初级母细胞还是停留在第一次减前期，而泡多了粒细胞，以及泡内膜细胞。

The follicles are small clusters of granulosa and theca cells that protect the developing egg cell.

泡是由粒细胞、泡膜细胞组成的小簇，保护发育中的细胞。

Beginning at puberty, the theca cells of the ovary respond to luteinizing hormone by producing progesterone and androstenedione.

青春期开始后，巢的泡膜细胞对LH产生应答，生成孕酮和雄烯二酮。

Right after ovulation, while the LH levels are still high, the remains of the follicle turn into the corpus luteum, which is made up of luteinized granulosa and theca cells.

排之后，LH水平依然很高，泡剩下的部，即被黄素化的粒细胞和内膜细胞就会组成黄体。

FSH acts on the granulosa cells, making the follicles grow and mature, as well as secrete estrogen while LH stimulates theca cells to secrete progesterone and small amounts of androstenedione, which is a precursor of testosterone.

FSH作用于粒细胞，使泡生长成熟，以及泌雌激素；而LH刺激泡膜细胞泌孕激素与少量雄烯二酮，后者是睾酮的前体。

Theca cells make androstenedione, a sex hormone precursor, and granulosa cells use the enzyme aromatase to convert it into estradiol - a member of the estrogen family.

泡内膜细胞可以合成雄烯二酮，是性激素的前体；粒细胞的芳香酶使它变成雌二醇，是雌激素的一种。

In females, the theca cells respond to luteinizing hormone by producing progesterone and androstenedione.

在女性中，泡膜细胞对促黄体生成素产生反应，从而产生孕酮和雄烯二酮。

LH binds to LH receptors on theca cells and they make progesterone and androstenedione.

LH与泡内膜细胞上的LH受体结合，产生黄体酮和雄烯二酮。