What is leucorrhea? How does it help us predict ovulation?

In a woman's menstrual cycle, the ovulation period is referred to as the "danger period" or "fertile period," which is the period when the female reproductive tract is most vulnerable and susceptible to infection. Therefore, by observing a woman’s leucorrhea, we can infer when she is ovulating.

So, what is female “leucorrhea”? How did it come about?

Women's "leucorrhea" is produced by microorganisms in the vagina. These microorganisms include bacteria, fungi and viruses, which break down organic matter in the vagina and release various nutrients and metabolites. These nutrients and metabolites make a woman's vagina moister and increase her sexual desire.

Women's "leucorrhea" usually appears in the middle of the menstrual cycle and reaches its peak during the woman's ovulation period. During this period, a woman's "leucorrhea" will become clear and transparent, and the smell will become fresher.

So, how to predict a woman’s ovulation period by observing her “leucorrhea”?

By observing a woman's "leucorrhea", we can infer her ovulation period. Generally speaking, in the middle of a woman's menstrual cycle, her "leucorrhea" will become clearer, more transparent, and the smell will become fresher. At the same time, a woman's body temperature will also rise during this period, which may indicate that she is entering ovulation.

It should be noted that although a woman's ovulation period can be inferred by observing "leucorrhea", this is not an absolutely accurate prediction method. Because a woman's menstrual cycle is affected by many factors, including diet, exercise, stress, etc., changes in a woman's menstrual cycle and "leucorrhea" may be affected by various factors.

To sum up, a woman’s ovulation period can be inferred by observing “leucorrhea”. However, this is only a speculation method and cannot be used as an absolutely accurate prediction method. Therefore, if you are planning a pregnancy, it is best to consult your doctor for more accurate prediction methods.