Female lower body anatomy

Most men do not understand the structure of the female body, which results in them being like a blind man groping in the dark when they have the chance to get intimate. In fact, many girls do not know how the female body is structured, so when they have trichomoniasis vaginitis or abnormal leucorrhea, they do not know how to deal with it. Therefore, understanding some female body structures is beneficial to everyone!

As can be seen from the female physiology framework diagram above, the female urinary system consists of the following parts: private parts, vagina, uterus, bilateral fallopian tubes, uterus and ovaries. Let’s discuss what functions and characteristics they have below!

Female physiology framework diagram 1. Private parts

Male pubic hair: protects the genitals just like eyebrows and eyelashes protect eyesight. So there's no need to touch your pubic hair.

Vulva: It protects the vulva opening from top to bottom and is the "natural barrier" inside the vagina.

The vaginal wall and hymen are broken: the vaginal wall is tightly attached from front to back and from left to right. The broken hymen can also protect the vagina from the invasion of bacteria. Even for pregnant women, there will be no water leakage in the vagina when taking a sitz bath. However, during the menstrual period, the immune ability in the vagina decreases, so it is better to shower.

Female physiology framework diagram 2. Intravaginal

The vagina is not a straight line, but has an angle. The depression deep inside the vagina is called the "posterior fornix", which is the deepest point of the male genitals during sexual intercourse, and can bring ecstatic pleasure to both parties. If there is a small amount of inflammation in the vagina, the posterior fornix can also accumulate dirty secretions instead of being injected into the uterus. Of course, if the sperm wants to meet the egg cell in the uterus, it must cross this "colt".

The vagina is normally acidic, with a pH around 5, and can drop to 4 during pregnancy. Acidity and alkalinity have an inhibitory effect on most harmful microbial species. Even if there is a certain discomfort in the vagina, you cannot use potassium permanganate or alkaline lotion to clean it, as it will destroy the acid-base environment. And use acid and alkaline drugs, or lactic acid bacteria drinks to defeat harmful bacteria.

Female physiological framework diagram 3, uterus

The uterus is divided into 2 parts: the cervix and the uterus.

The cervix guards the uterus. The cervical mucus is alkaline and contains sterile cells, which can ensure that the uterus is in a sterile state. During the ovulation period, in order to make it easier for sperm to pass through, the mucus plug in the cervical canal becomes thinner, but it is at this time that the acidity and alkalinity of the female vagina are the strongest, and the combination is amazing.

The uterus is sterile. Because every time you have your period, the uterine wall is completely shed, so it is difficult for bacteria to camp here. But there is a bladder in front of the uterus. If the bladder swells, the uterus will be compressed and tilted backward. Retroverted uterus can cause menstrual pain, so women should not hold their urine normally. Urine should be discharged immediately if there is any.

Female physiology framework Figure 4. Bilateral fallopian tubes

The bilateral fallopian tubes are a safe channel for transporting oocytes. It is not easy for the egg cell itself to reach the uterus from the uterus and ovaries. This depends entirely on the radial peristalsis of the microvilli and thick walls in the bilateral fallopian tubes. Therefore, the substance can only pass from the fallopian tubes to the uterus, thus avoiding further infection.

Female physiology framework diagram 5, uterus and ovaries

This is the area where eggs and estrogen are produced. Every month, an egg is fully grown from the ovaries to the womb, through the fallopian tubes to the uterus, waiting for sperm to come and become pregnant. Therefore, the uterus and ovaries are the origin of women's life.