What is the ratio of LH to FSH? Can it be directly induced?

The FSH LH ratio is calculated by dividing luteinizing hormone (LH) by follicle-producing hormone (FSH). Under normal circumstances, the LH value is smaller than that of FSH.

FSH is generally 5 40 miu ml as the normal value. Low FSH values are seen during estrogen-progesterone**, Sheehan's syndrome, etc. FSH is more common in premature ovarian failure, ovarian insensitivity syndrome, and primary amenorrhea.

The normal value of LH in the non-ovulatory phase is 5 to 25 miu ml. Less than 5 miu mL indicates gonadotropin insufficiency, which is seen in Sheehan's syndrome, and high FSH is added to high LH to confirm ovarian failure and no further testing is necessary. LH FSH 3 is one of the bases for diagnosing polycystic ovary syndrome.

Both FSH and LH are produced by the anterior pituitary gland and are secreted in a pulsatile manner during the menstrual cycle, with significant temporal differences. In women, FSH promotes follicular maturation and is an important item in diagnosing infertility. The peak of LH in the middle of the menstrual period can lead to ovulation and is of particular importance in the timing of ovulation.

LH and FSH are "synchronized" during the menstrual cycle and are often measured at the same time. In the normal menstrual cycle, the blood FSH and LH in the early follicle period (2-3 days of menstruation) are maintained at a low level, and the blood FSH and LH are rapidly increased before ovulation, and the LH is as high as 3-8 of the basal value

times, up to 160IU L or even higher, while FSH is only about 2 times the base value, very little》30IU L, after ovulation, FSH and LH quickly return to the level of follicular phase.

Monitoring the FSH and LH levels in the early follicle stage can preliminarily determine the function of the gonadal axis. FSH is more valuable than LH in judging ovarian potential. If fsh

and very low levels of lh, indicating pituitary insufficiency; If FSH and LH are normal or elevated, there is no problem with the pituitary gland but with the ovaries themselves, and there is a possibility of premature failure.

Dear, if you are polycystic, you can see more than 10 cystic dark areas of bilateral ovaries under B ultrasound, endocrine examination LH FSH is greater than 2-3, the menstrual cycle is not accurate, as long as it meets the requirements of two of them, polycystic can be diagnosed, after the diagnosis of polycystic, if you are not in a hurry to get pregnant, you can first use contraceptives to regulate the menstrual cycle for 3 months, to see if you can establish a regular menstrual cycle, induce ovulation, if you are in a hurry to get pregnant, you will first use stimulation drugs to get pregnant first, and then regulate the menstrual cycle, I hope you are pregnant.

The normal one should be that FSH is higher than LH, and the ratio is about 2 like... Our polycysts are generally the other way around, LH is higher than FSH...

However, there are also those who do not regulate hormones and directly induce pregnancy, so don't worry too much.

The normal LH FSH ratio is less than 2, and after it is greater than 2, there is a tendency to polycystic ovaries, and LH FSH 3 can be used as a criterion for diagnosing polycystic ovaries. Polycystic ovary syndrome is not necessarily greater than one, and greater than three is more common. More than one, less than two, not necessarily polycystic ovaries.

In recent years, the diagnosis of polycystic is not based on the ratio of LH FSH, but on the reproductive endocrine status and whether the ovaries have polycystic changes, whether there are menstrual irregularities, etc.

Hello, judging from the results of your examination, considering the existence of polycystic ovary syndrome, you can do a B-ultrasound examination to judge.