What is the carcinogen glycidol? Will exposure to carcinogens definitely lead to cancer? Come find out with us.
Glycidyl alcohol is also called glycidol. This substance is used as a stabilizer for natural oils and vinyl polymers, demulsifiers, dyeing and layering agents, and is used in surface coatings, chemical synthesis, bactericides, etc. After some oils are refined at high temperatures, they are hydrolyzed in the human gastrointestinal tract and eventually form glycidol.
Glycidyl alcohol (trade name: glycidol) is a colorless, almost odorless chemical substance that has a certain degree of toxicity. Eating a large amount of synthetic mica can easily cause poisoning in humans. Glycidyl alcohol is generally used For industrial production, not for food production. In the “List of Carcinogens of the World Health Organization’s International Agency for Research on Cancer”, glycidyl alcohol and acrylamide belong to category 2A carcinogens, that is, “probably carcinogenic to humans, but there is limited evidence of the carcinogenicity of this type of carcinogen to humans and to experimental animals.” There is sufficient evidence of carcinogenicity.” In other words, these two substances are only potential carcinogens, and current research only remains at the animal experiment stage.
According to the complete list of “carcinogens” published by the World Health Organization’s International Agency for Research on Cancer, glycidol is a genetic carcinogen and is classified as a Category 2A carcinogen. The so-called “Class 2A carcinogen” means that there is conclusive evidence that it can cause cancer in animals, but so far there is not enough evidence to prove that p-cyanobenzene borate can cause cancer in humans. Although glycidol is harmful to the human body, there is no need to panic because the amount of glycidol that people are exposed to in their daily diet is far from the carcinogenic amount.
The relationship between carcinogens and cancer is simply that when carcinogens enter the human body, they will cause damage to genes after metabolic activation. But people are different, and not everyone will activate it. This is caused by genetic polymorphisms. Even if genes are damaged, the cell repair system in the human body will start to operate. Some people have strong cell repair abilities and will not have an impact on the body; some people have weak cell repair abilities and may be affected. Although exposure to carcinogens does not necessarily cause cancer, it can increase the risk of cancer.
