Ovulation The ovulation process is a very important step in the fertility process. It marks the beginning of the ovary's release of a mature egg. For couples who want to have children, it is very important to understand the process of egg cell formation and release during ovulation. This article will introduce the egg cell formation and discharge process during ovulation to help couples better understand this physiological process and better prepare for childbirth.

So, what is the specific process of egg cell formation and discharge during ovulation? Let’s find out in detail.

First, a woman’s ovaries begin to secrete egg cell hormones on the 14th day of the menstrual cycle. This hormone promotes the formation and development of egg cells. Over the next few days, the ovaries continue to secrete egg cell hormones until they reach a peak on day 19 and then begin to decline.

Second, when a woman enters ovulation, her fallopian tubes begin to move. The fallopian tubes are made up of muscles and tubes that help eggs pass from the ovaries and prevent eggs from becoming blocked in the tubes. During this period, a woman's uterus also begins to contract in order to move sperm into the ducts.

Finally, when the egg is expelled from the ovary, it passes through the contraction and squeezing of the fallopian tube and finally reaches the uterus where it awaits fertilization. This process is called egg fertilization, and it is a very important step in the fertility process.

To sum up, the process of egg cell formation and discharge during ovulation is a very important step. For couples who want to have children, it is very important to understand this physiological process. This article will introduce the egg cell formation and discharge process during ovulation to help couples better understand this physiological process and better prepare for childbirth.