Follicular
luteinization occurs during ovulation, when the corpus luteum forms.
排卵期间发生卵泡黄体化,形成黄体。
Luteinization of the corpus luteum is essential for the production of progesterone.
黄体的黄素化对于孕酮的产生至关重要。
The hormonal surge triggers
luteinization, resulting in the thickening of the uterine lining.
荷尔蒙激增引发黄体化,导致子宫内膜增厚。
Luteinization helps maintain pregnancy by preparing the uterus for implantation.
黄体化有助于维持妊娠,为着床做好准备。
In assisted reproductive technologies, controlled
luteinization is managed through hormonal stimulation.
在辅助生殖技术中,通过激素刺激来管理可控的黄体化。
After ovulation, the remaining follicle transforms into a luteinized corpus luteum, supporting early pregnancy.
排卵后,剩余的卵泡转变为黄体化的黄体,支持早期妊娠。
Hormonal imbalances can disrupt
luteinization, leading to irregular menstrual cycles or infertility.
荷尔蒙失衡可能打乱黄体化过程,导致月经不调或不孕。
Monitoring
luteinization levels is crucial in fertility treatments to ensure a successful pregnancy.
监测黄体化水平对于生育治疗的成功至关重要。
Luteinization inhibitors are sometimes used in fertility treatments to prevent multiple pregnancies.
黄体化抑制剂有时用于防止多胎妊娠的治疗。
Proper timing of
luteinization induction is vital for a synchronized release of eggs during IVF cycles.
在试管婴儿周期中,诱导黄体化的适当时机对同步排卵至关重要。
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