Breast cancer is increasing worldwide, and as a major contributor to the increase of research, it is increasingly pointing out the role of environmental chemicals such as Triclosan.
Chemicals are extensive in everyday life, from the plastic used to store food to the ingredients of personal medical products. Often, it interferes with the essential biological process in order to mimic or interfere with the delicate hormonal balance of the body, and to interfere with the essential biological process, to build the foundation for breast cancer and make progress.
Triclosan is a major cause of breast cancer.
The study published in the journal Scientific Reports explored the relevance between the general endocrine destruction chemicals (EDC), especially the development of phenol and parabens and the breast cancer.1 This study used a wide range of data from the National Health and Nutrition Examination Survey (NHANES) collected between 2005 and 2014.
The researchers checked the urine samples of 4,455 women and quantified parabens such as methyl, ethyl, profiles and butyl parabens, including bisphenol A (BPA), triclosan and benzopenon -3.
Among these chemicals, Triclosan has emerged as a major focus. The researchers found that women in the second private quartile of Triclosan exposure faced 2.33 times more dangerous risks, and women with the third four -quartile had a 1.94 times risk of breast cancer compared to the lowest exposure group.
Interestingly, this study reveals the complex nonlinear relationship between triclosan exposure and breast cancer risks, especially the station U -shaped curves. The pattern also increases the risk of breast cancer as triclosan exposure increases early, but at higher exposure levels, it appears to be an increase or slightly resigned compared to the lowest exposure group with the lowest risk.
Overweight women have a stronger connection between triclosan exposure and breast cancer risks. Similarly, not only white women but also women under 60 years old have more clear connections. In this study, other phenols and parabens are not associated with the overall risk of breast cancer, but ethyl and butyl parabens are found to increase the risk of breast cancer, especially among dry women.
The study shows the mechanism of Triclosan breast cancer link.
According to a 2023 study published in the Frontier of Public Health, more fuel is added to the risk of Triclosan, especially in a fire on breast cancer.2 Researchers saw 302 women with breast cancer and compared with 302 healthy women. They found a higher risk of triclosan and breast cancer in urine. This paper then explains how Triclosan increases this risk.
The researchers focused on oxidation stress, which is an imbalance of free radicals and antioxidants in the body. Oxidation stress damages cells, including DNA. Researchers have measured several markers of oxidative stress and found that women with high triclosan levels have this level of markers. This suggests that triclosan contributes to breast cancer by increasing the body’s oxidation stress.
This study also saw telomeres like a protective cap at the end of the chromosome. Short telomeres are associated with increased risk of cancer. Interestingly, this study discovered the connection between Triclosan exposure and longer telomeres, which is surprisingly associated with breast cancer risks. Triclosan’s influence on telomeres shows another path that increases cancer risk.
Triclosan is found in many everyday products.
Triclosan is an antimicrobial agent integrated into a variety of everyday products, from antibacterial soap and toothpaste to cosmetics and clothing. The main function is to suppress the growth of bacteria and fungi, extend the life of the product and appeal to consumer needs for cleanliness. But this additive has an undesirable characteristic. It is easily absorbed by the human body.
Surprisingly, Triclosan was also found in human blood, urine and breast milk, with extensive exposure to the population. In fact, 75%of the US population is triclosan in the urine.3
This extensive being raises concerns, especially when it comes to classification of triclosan’s endocrine interference agents. Its chemical structure is similar to known endocrine interference agents such as thyroid hormones and diethyl steel bridrols (DES) and BPA, and raises red flags for hormone interference.
At a low concentration, Triclosan seems to increase the growth of breast cancer cells sensitive to estrogen, suggesting that it acts like estrogen. Estrogen plays a complicated role in breast cell growth and development. When this signal transmission is destroyed by chemicals such as triclosan, it promotes abnormal cell proliferation to promote the growth of the tumor.
Triclosan is also associated with thyroid dysfunction, which is associated with increasing risk of breast cancer. In addition to breast cancer, concerns are extended to other development and health problems, such as small head circumference, initial breast development and antibiotic resistance of the girl, and the promotion of allergies.4
Triclosan is used for many private medical products, so often wash drains after use. Triclosan persists through wastewater treatment and accumulates in sewage sludge. This sludge is often used as a fertilizer, and triclosan is absorbed into plants including food crops to introduce these harmful chemicals into the food chain.
Initial exposure to chemicals later increases the risk of breast cancer.
In the review published in environmental studies, a number of epidemiological studies that track the disease patterns of the population have been evaluated for the established biological knowledge of how various chemicals interact with the human body at the cell level.5 By combining these two evidence (population trend and biological understanding), this review achieves a strong perspective on environmental chemical breast arm links.
In -depth reviews show that the initial life exposure to certain environmental chemicals is especially related to breast cancer risks. Exposure to major development windows in the uterus, infancy and puberty has continued to influence, and after decades, the vulnerability of breast cancer increases.
This review, with PFOSA (Perfluorooctane-Sulfonamide), concretely pinpoints and PFOSA (PFOSA) because of a significant risk when a persistent and extensive chemicals such as DDT and dioxins occur in the early stages of life.
Initial exposure to endocrine confusion, such as DDT and dioxin, has a particularly fatal effect on wired development. Since the chemicals imitate or blocked natural hormones, they send confused signals to the development of breast cells to change normal growth patterns and ultimately increase cancer sensitivity. In addition to the endocrine confusion, the review details other mechanisms.
Color -like aromatic hydrocarbons or PAH and air pollution are especially emphasized as an important risk factor through the DNA damage mechanism. The components of the PAHS, the general air pollution found in the vehicle exhaust and industrial emissions and the components of the general air pollution directly damaged the DNA. This DNA damage leads to mutations that cause cancer if they are not properly repaired.
Other chemicals widely used in consumer products have also been named in the review. For example, BPA, and phthalate and non-dale phenols with estrogen activity also represent endocrine-bankruptcy characteristics and are associated with wired development changed in animal models. Hair dyes and straight lines each contain aromatic amines and formaldehyde, each of which causes carcinogenic problems, respectively.
In general, polyfluoro alkyl substances, commonly known as PFA, are persistent chemicals that are associated with mammary gland and cancer. Fire delayers, including PBDE, show evidence of endocrine confusion and changed wired development in animal studies.
This review reinforces the conclusion that environmental chemicals are active players, not bystanders, but an active player in breast cancer. It is not just one or two separate chemicals. It relates to the complex mixing of exposure you face every day, especially on the effects of these exposure on a lifetime when exposure occurs during important development periods.
Preliminary stage to reduce chemical exposure
The risks raised by environmental chemicals are important, but remember that you have no power. You can take meaningful measures to reduce exposure and reduce breast cancer and other related health problems. It begins by making a choice based on information in your daily life and actively acting on your health. To reduce the chemical burden, all small changes contribute to healthy people.
1. Clear personal management products. Personal medical products are common sources of triclosan, phthalates and non -silane phenols. Read the label and select “Pthalate Free”, “Triclosan Free” and “Non -Silpenol Free”. Also, whenever possible, switch to a simple product with less ingredients focused on nature and organic options. Your skin is absorbent, so it’s important to put it in your body.
2. Avoid antibacterial agents. Avoid “antimicrobial” soap, toothpaste and other products comprising an antimicrobial agent and containing triclosan or 5-chloro-2- (2,4-dichlorofepethyxi) phenol (another name of triclosan). Wash your hands with ordinary soap and water. Antibacterial soap is not more effective than ordinary soaps to kill bacteria for daily activities.
3. Peel carrots and other root vegetables or buy organic. When the sewage sludge is used as a fertilizer, vegetables (especially the outer layer of the root) can be contaminated.6 Sewage sludge is not allowed in organic farming, so it is wise to choose organic agricultural products.
4. Indoor air quality improvement- The air that is breathing every day at home can be contaminated with PAH, fireworks and other chemicals. The house is well ventilated by opening the window regularly to circulate fresh air and reduce the accumulation of indoor pollutants.
Vacuum and dust are often minimized dust and are important sources of triclosan, fireworks and other chemicals. Air purifiers with HEPA filters are valuable investments to further purify indoor air.
5. Consider natural progesterone for estrogen balance. If you are concerned about the cumulative effects of Xenoestrogens (Triclosan) for hormonal balance, consider natural progesterone. Natural progesterone acts as an estrogen antagonist and helps to alleviate the negative effects of excessive estrogen in the body.
