Lung Cancer, Causes Know Before So Sacrifice

Lung Cancer, Causes Know Before So Sacrifice

Lung Cancer, Causes Know Before So Sacrifice -- Lung cancer has become one of the most common cancers in recent decades. Even the data of the World Health showed that lung cancer is the most common cause of death among other cancer types. there are various factors that can increase the risk of lung cancer. Smoking remains the most important risk factor, and this risk will increase with increasing cigarettes you've smoked each year.

In addition to cigarette smoke, there are several other factors that have contributed to trigger lung cancer. Both associated with cigarette smoke or a stand-alone cause like radon exposure, asbestos, beryllium, and other chemicals, which can be found in the environment around you.

In some cases, a combination of different types of exposure is more dangerous than a single exposure because it can affect the lungs simultaneously. Even if cigarette smoke can be the cause of the most dominant, but toxic substances intentionally or not enter the body can put you at risk for lung cancer. Toxic substances can cooperate trigger cancer, as well as weaken the immune system that allows a person affected by cancer.

Chemicals that can cause cancer is called a carcinogen. Research shows that these carcinogens can enter the body and can cause health problems. Some of these chemicals can attack the genetic material inside the cell nucleus, which can cause damage to the DNA of the cell. This can cause gene mutations, which can lead to cancer or other health problems.

Unfortunately, tens of thousands of chemicals in use today, only a small fraction have ever examined the effect on health. In fact, most of these chemicals are tested separately so that simply can not be known in case of health problems due to cumulative exposure.

Lung Cancer, Causes Know Before So Sacrifice

There are 4 basic types of interactions based on the anticipated effects of chemicals due to a single cause of cancer:

1. Additivity

Can occur when a combination of two or more chemicals affect a person's response. For example, organophosphate insecticides known to influence the nerve the conduction. The combination of two organophosphate insecticides, so that the level of toxicity of this combination was equal to the sum of the toxicity of both.

2. Antagonism

Antagonism occurs when toxic chemicals in drugs on the body. For example, toxins are ingested into the body and be absorbed by the charcoal in the stomach.

3. Potentiation

Adverse effects can occur when chemicals that do not have toxic properties make other materials become more toxic. For example, liver damage caused by tetrachloride will be exacerbated by the presence of substances isopropanol.

4. Synergism

Synergy chemicals can occur when a single chemical exposure leads to an increase in the effects of other chemicals significantly. For example, cigarette smoke and asbestos exposure caused a significant increase in the risk of lung cancer than exposure to only one of them.

In many cases of lung cancer patients, synergistic interaction of these chemicals are quite influential. The word synergy refers to the interaction of two or more cancer-causing agents so that if the combined effect is much greater than a single cause.

For example, the adverse health effects of pesticides. Exhaustive tests carried out to determine whether there are health effects may occur in humans in different levels of exposure to pesticides. During the chemicals in food remains below the recommended safe level of health services, such as safe food.

In normal farming practice, farmers very rarely use one type of pesticide. In addition, pesticide use also contain various combinations of chemicals that have not been tested for safety, thus, the farmers are also vulnerable to exposure to chemicals in the pesticide. Recently, the combined effect of carcinogens known to cause lung cancer, in addition to asbestos and radon. While other causes could be caused by arsenic materials, bis-Chloromethyl ethers, the chromium, formaldehyde is, ionizing radiation, polycyclic aromatic hydrocarbons, metal dust, and vinyl chloride.