Triclosan is an antibacterial and antifungal agent found in some consumer products, that include toothpaste, detergents, soaps, toys, as well as surgical cleaning treatments. The antimicrobial active ingredient is added to a wide verity of products where its main focus is to slow or stop the growth of fungi, bacteria and mildew. In institutional, commercial and industrial equipment uses, Triclosan is incorporated in fire hoses, conveyor belts, dye bath vats, or ice-making equipment as an antimicrobial. In healthcare and medical department, Triclosan is used as an ingredient in surgical scrubs and hand washes. At a high concentration, Triclosan acts as a biocide with multiple cytoplasmic and membrane targets. When used at a lower concentration in commercial products, Triclosan appears bacteriostatic which means it targets bacteria primarily by inhibiting fatty acid synthesis.
The use of Triclosan at a high dose may lead to some side effects such as: abnormal endocrine system/thyroid hormone signalling, weakening of the immune system. Reports indicate that children exposed to antibacterial products at a very early age have an increased chance of developing allergies, asthma and eczema.
If you wish to father a child, then sperm count and quality are critically important. Do you know some bad habits or activities can unknowingly harm your sperm? Here are 7 research-backed ways that you are ruining your sperm quality and count.
1. Laptops- Laptops can be dangerous if you use them on your lap. They can heat your testicles which can negatively affect your sperm production. In fact, a study indicated that men who use laptops on their lap regularly, their sperms motility decreases and DNA damages. This may hurt the chances of reproduction.
2. Smoking -Smoking contributes to 13% of male infertility cases. It damages the sperms in such a way that they are unable to fertilize the eggs. Even if they manage to create an embryo, it is less likely to survive. A puff of smoke may also cause hormonal imbalances and erectile dysfunction.
3. Hot shower - Watch out when you raise the temperature of your bath next time. Experts say that taking baths in very hot waters can heat your scrotum and decrease the sperm count. Scrotum is sac that stores sperms at 35 degree celsius. Avoid prolonged exposure to hot water, moderate exposure is fine.
4. Soap and detergent - Sure, they are considered as the ultimate germ killer but it is not just germs they kill, you are also killing your chances of having a baby. Some antibacterial soaps, shampoos, detergents and toothpastes may contain triclosan, this chemical has been linked to.
5. Beer - A european study suggested that drinking 5 beers a week is enough to reduce the sperm quality in healthy men. The researchers advised that high habitual alcohol can affect reproductive health and lower the chances of having a baby. However, semen quality can be restored if alcohol intake is reduced.
6. Tight briefs -When you wear tight briefs, your scrotum gets hold more tightly against the body. It can warm the testicles and create a hostile environment. Switch to wearing briefs as they can make you comfortable and also keep the scrotal temperature elevated.
7. Smartphone - Keeping your smartphone in the trouser pocket can spell trouble for you. An american study suggested that phones emit electromagnetic radiation and can have undesirable effects on the cells responsible for development of sperm inside the testicles.
There are many cosmetic ingredients that can actually have a negative effect on your skin in the long run. The skin is a layer that must be taken care of. This does not merely include staying away from pollutants and dirt and cleaning your skin with the best products. It also means staying away from the wrong cosmetics and ingredients which can harm your skin. So let us look at the ten elements from the world of cosmetics that can do more harm than good for the skin.
1. Carcinogens in Lipsticks: This cosmetic ingredient can suck the moisture out of your lips and leave it looking discoloured in the long run. The carcinogenic oils and chemicals that are contained in many long wear lipsticks can damage the delicate skin leaving it exposed to the risk of cancer as well.
2. Benzoyl Peroxide: This is a toxic element that can be found in a number of cosmetics and must be avoided at all costs as it may also expose you to the risk of cancer.
3. Synthetic Colors: The use of synthetic colours in many cosmetics helps you in getting that unique colour of your eyes, cheeks and even lips. But did you know that too much use of this product can actually harm your skin? This is due to the coal tar source of the ingredient which is a skin irritant.
4. Parabens: These widely used preservatives can be found in a number of cosmetics like body washes, shampoos, facial cleansers and even deodorants. This has elements that can cause breast cancer with its estrogen mimicking effects.
5. Triclosan: This antimicrobial chemical also acts as an endocrine disruptor, which can have an adverse effect on the thyroid glands as well as the production of the reproductive hormones. It can be found in soaps and toothpaste.
6. Bleach Cream: Hydroquinone cream is one of the most commonly used ingredients in bleach creams, which causes significant damage to the skin. This also breaks down the essential natural oils of the skin to cause redness and rashes.
7. Acrylates in Nail Paint: These chemicals are usually found in acrylic nail paint and can cause cellular damage on the skin and can cause neurological problems and organ toxicity.
8. Fragrance: The chemical and synthetic fragrances used in many perfumes can be found in detergents and fabric softeners as well, which can have a harsh effect on one’s skin.
9. Dioxin: This is an ingredient used in many cosmetics and it may cause malfunctioning of the nervous system as well as rashes on the skin.
10. Wax: Wax is an ingredient can cause bleeding and lead to changes in the direction of the growth of hair from hair follicles. It can also make the skin rough in the long run. If you wish to discuss about any specific problem, you can consult a doctor and ask a free question.
It has been observed that roughly 3 out of 4 antibacterial bars and soaps contain triclosan which is a certain type of drug previously used in hospital premises. The usage of triclosan in other products like hand wash and gels is yet to be verified and proven safe. Due to lack of proper evaluation there have been a number of instances where antibacterial soap has done more harm than good. Here are a few reasons why you must reconsider using antibacterial soap:
1. It creates bacterial resistance
Triclosan is closely associated with a number of health issues, bacterial resistance being the chief among them. Repeated usage of antibacterial soap can promote the growth of antibiotic resistant bacteria. It might effectively terminate regular bacteria but it is basically useless against the resistant bacteria. The bacteria resistant formula present in these hand washes might cause complications in the long run.
2. It can potentially disrupt endocrine functions
Triclosan has a close resemblance to the thyroid hormone and hence can tip off its receptor sites. This occurrence can lead to major complications like artificially induced early puberty, fertility issues, obesity and sometimes even cancer. Hence it can be said that antibacterial soaps should be avoided in order to prevent such far reaching side effects.
3. It can cause serious health problems in children
Triclosan present in certain hand wash can adversely affect the development of the immune system in children. At a growing age, children develop natural resistance to certain diseases. Prolonged use of antibacterial hand wash and soap can diminish their exposure to bacteria and obstruct the proper development of their immune system. Therefore it is safer to use normal soaps instead which are as effective and do not contain triclosan.
4. It is extremely harmful for the environment
Prolonged and regular usage of hand wash containing triclosan would in turn increase the amount of this drug that gets flushed through the drainage. Triclosan is generally left untreated in the sewage treatment plants which later enters the water bodies and disrupts the food chain since it primarily affects the growth of algae. If you wish to discuss about any specific problem, you can consult a general physician.
We are bombarded with advertisements of how 'good mothers' never fail to have their children use antibacterial soap as a habit. But does it really work? There have been several reports of potentially harmful ingredients being used in these antibacterial soaps and yet their sale continues unhindered. Let's dive in to get the dope behind these soaps.
What are antibacterial soaps?
A drug called 'triclosan' was originally used strictly in hospital environments. In the 1990s the commercial manufacture of antibacterial soaps started with this ingredient in its center and fear mongering and advertisements pushed this into a whooping $1 billion industry. There is murky data on the FDA approval on triclosan usage and guidelines which are leaving us only with information the manufacturers propagate about it. But with enough information out there on the internet, should you wait for manufacturers to prove its effectiveness or make a judgment call? Here are a few facts to help:
1. It is as effective as conventional soap: There are countless studies and researches done in the last four decades that proves that antibacterial soaps are not more effective than regular soaps and the added triclosan doesn't proved any special health benefits. These tests measure the amount of bacteria in one's hand before and after usage. But the real question is do antibacterial soaps reduce infection rates and the answer to that question is yet to be proven.
2. It has the potential to create antibiotic-resistant bacteria: The main benefit of using these products is its bacteria resistant formula. With frequent usage, some bacteria gain resistance to the chemicals. Eventually, while the soap kills off regular bacteria, the resistant bacteria can spiral into a local or global threat.
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5 Sweeping Reasons To Drop That Hand Sanitizer You Carry Everywhere!
Although hand sanitizers offer you the convenience to clean your hands sans soap and water, and help in killing germs, these convenient health tools also come with their share of negatives.
Here's why you should drop that bottle of hand sanitizer, every time you can avoid and go conventional with soap and water:
1. Creation of Superbugs and Destruction of Cells
Although the ingredient triclosans prevent the development of bacteria, it does more harm than good. Studies show that it aids creation of superbugs (different types of bacteria that are resistant to certain forms of antibiotics). Furthermore, according to a 2014 study, triclosans have also been found to spur the development of breast cancer cells, not to mention the destruction of brain cells, according to research conducted by the university of california.
2. Causes Disruption in Hormones
Excessive use of hand sanitizers has also been found to bring about abnormal hormonal problems. Studies reveal that the triclosan ingredient can alter the way hormones function in the body, enabling bacteria to be able to adapt and become more resistant to antibiotics.
3. Development of Life-Threatening Health Problems
4. Causes Skin Damage in The Long Run
As an active ingredient in hand sanitizers, alcohol can have an adverse effect on your health. It breaks down the protective outermost layer of skin, rendering it easy for toxins like parabens or bpa (bisphenol a) that is found in plastics to penetrate your skin easily.
5. Makes You Resistant to Antibiotics
Using hand sanitizers can make you resistant to antibiotics, thereby lowering your resistance to diseases. They may affect your body's immunity by killing off good bacteria that are responsible for keeping you safe from disease-causing bad bacteria. A study conducted in 2011 found that health care workers who used hand sanitizers more than soap and water are 6 times more likely to fall prey to outbreaks of norovirus (a highly infectious virus that causes viral gastroenteritis)