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As we mentioned in previous articles, endometriosis growing somewhere else other than the endometrium also reacts to hormonal signals of the monthly menstrual cycle by building up tissue, breaking it, and eliminating it through the menstrual period. As we know, herbs play a very important role in some cultures in treating all kinds of diseases. In this article, we will discuss how fennel seed helps to treat endometriosis. ™

I. Definition

Fennel is a plant in the genus foeniculum family and is also known as xiao hui xiang in Chinese medicine. It has been used for thousand of years to enhance lactation, treat absence of period, and loss of appetite.

II. How fennel seed effects women with endometriosis

1. Phytoestrogen

Fennel seed contains phytoestrogen which inhibits the level of estrogen if it is too high, and raise the level of estrogen if it is too low. For that reason, it has been used in treating hormonal imbalance that causes menstrual disorder, such as cramps and nervous tension.

2. Absence of proriod

It is said that fennel seed helps to release the blood stagnation in the abdomen caused by imbalance of the yang and ying qi. By increasing the blood flow to the region, it helps to bring back the harmony of the reproductive organ resulting in smoothing the uterine muscles as well as bringing on the absence of period.

3. Liver enhancer

Fennel seed helps to normalize the liver function that increases the liver in fat and protein metabolism which helps to inhibit the bad estrogen in the women's body before or during menstrual cycle. High levels of bad estrogen not only elevates endometrial cramps but also increases the risk of cancer and abnormal cell growth

4. Digestive system

It is also a herb used to increase the function of digestive system resulting in better absorbing of vitamins and minerals that are usually lacking in women with endometriosis during menstrual cycle.

5. Immune system

Besides helping in milk production, fennel seed also helps to strengthen the immune system in fighting against foreign invasion of bacteria, virus, and forming of free radicals as well as endometrial implants and adhesion.

Tin is a widely used element. One of the things that tin is frequently used for is food containers. It is highly resistant to corrosion and can coat other metals for protection. One form of tin is actually used to prevent the rotting of teeth. This type of tin is called stannous fluoride. Stannous fluoride is added as an ingredient to some toothpaste. Tin can also be combined with other products. One of the things tin is often combined with is copper - tin and copper makes a compound called bronze.

Tin has a lot of other uses and a long history. Tin manufacturing is reported to have occurred as early as 3500 B.C. The place that the first tin was manufactured eventually became Turkey.

Cassiterite is mined to produce tin. This material is combined with other materials such as carbon, silica, limestone, salt and fuel oil or coal. Tin mining uses a process of refining and processing tin. There is a procedure that is followed in order to manufacture and process tin. The process depends on the source of ore that is being mined.

The first step in the tin manufacture process is called mining. This is where manufacturers locate the gravel and bring it up using a floating dredge. Manufacturers take the gravel through a set of screens that revolve, and tables that shake. This process is used to remove the tin from the gravel.

The second step is called concentrating the ore. Manufacturers pass the ore through a few screens that will get rid of some of the other materials. Then it is washed in a tank. After this, they put the ore in a flotation tank and also add in some other particles to make the tin rise to the top. Then they dry the ore and pass it through the screening process again for more particle removal.

After this process is complete, manufacturers put the tin through a process that is known as smelting. They throw the tin in a furnace. In the furnace is either oil or coal. The tin is heated until it becomes slag. Then the slag is put into a second furnace. There is extra heating for the removal of impurities from the compound.

There is then one last heating session in order to recover the tin that has combined with iron. After that, the tin is put through a series of furnaces where it is heated, young plants steamed, boiled and finally refined.