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Take the testosterone produced by theca cells and convert it into estrogen (estradiol) using the aromatase enzyme under the influence of FSH. 3. Luteal Cells (Post-Ovulation)

Derived from granulosa cells. They increase in size (hypertrophy) and contain receptors for PGF2 . They produce P4 and Oxytocin.

This theory explains how estrogen is synthesized in the follicle via the cooperation of two distinct cell types: Take the testosterone produced by theca cells and

Derived from theca cells. They increase in number (hyperplasia) and contain receptors for LH. They are primarily responsible for P4 production. 4. Comparative Anatomy (Species Differences)

Below is a summarized study guide based on the core topics covered in this curriculum, including reproductive anatomy, hormone production, and cellular function. They increase in size (hypertrophy) and contain receptors

Comprehensive review sets for different exams (Exam 1, Exam 3, and Finals) are available on Quizlet (Final) and Quizlet (Exam 3) .

Convert cholesterol into progesterone and then into testosterone under the influence of LH. They increase in number (hyperplasia) and contain receptors

In ruminants, these cells migrate from the trophoblast to the maternal epithelium: