What toxic chemicals are in your toothpaste?

Toothpaste developed by multinational corporations is commonly formulated using a combination of toxic ingredients recognised, to a certain degree, for their health risks. Ingredients such a Triclosan, Sodium Lauryl Sulfate (SLS), Artificial Sweeteners and Fluoride are used in most commercial brands. The mouth’s oral mucosa is one of the most absorbent areas of the body, therefore anything placed inside the mouth has a high chance of being absorbed and transferred into the bloodstream. This is concerning when chemically produced toothpaste is used widely everyday by both children and adults.

One widely promoted and used toothpaste, particularly in Australia is Colgate Total. Its claims promise 12-hour complete oral care protection against plaque and gingivitis. The chemical used in its formulations of this toothpaste is Triclosan, an antibacterial compound linked to various health concerns.

Toothpaste is one of the most potent delivery vehicles for Triclosan. Although the chemical can prevent gingivitis, it has also been linked to numerous health concerns including antibiotic resistance, endocrine disruption and breast cancer progression. Endocrine disrupting chemicals can be the cause for several adverse developmental, reproductive, neurological, and immune effects. Triclosan also has close links with dioxin, a highly carcinogenic chemical that can weaken the immune system, decrease fertility, cause miscarriages, birth defects and cancer.

Sodium Lauryl Sulfate (SLS) is a chemical used in most toothpastes to promote the foaming action of the paste. This chemical is used in thousands of beauty products and industrial cleaners as a surfactant, detergent and emulsifier. Although SLS naturally occurs in coconuts, the chemical form is usually combined with various chemicals to produce desired results including dioxin, a carcinogenic by-product that has been linked to cancer.

When SLS is used in toothpaste, it affects your taste buds by breaking up the phospholipids on your tongue. This chemical is responsible for changing the taste of food and drinks after brushing as it enhances bitter tastes. SLS is not only bad for our health but for our environment as well. The manufacturing process of this chemical releases carcinogenic volatile organic compounds into the environment.

Made up of aspartic acid and phenylalanine, Aspartame is a common chemical in most artificial sweeteners added to commercial toothpastes to enhance the flavour. The chemical Phenylalanine has been adapted to contain a methyl group which is known as a phenylalanine methyl bond called methyl ester. This bond is frail which can easily detach the methyl group from the phenylalanine causing it to form methanol. Although methanol is found in fruit and vegetables, it is firmly bonded to pectin which allows it to be safely passed through your digestive tract.

Methanol created by aspartame is not bonded to anything which causes the body to process it rather then let it pass through the body. When processed by the body, the methyl alcohol travels through your bloodstream and penetrates sensitive areas including your brain which is then converted to formaldehyde, damaging tissue and causing other serious health concerns. Symptoms from methanol poisoning can include headaches, ear buzzing, dizziness, nausea, gastrointestinal disturbances, weakness, vertigo, chills, memory lapses, numbness, and shooting pains in the extremities, behavioural disturbances, and neuritis.

Fluoride is thought to be the best ingredient for preventing tooth decay, however recent studies indicate it may not be as effective as once thought. The study discovered the layer of fluorapatite build up on your teeth from fluoride is only six nanometres thick. The thickness can be comparable to 10,000 of these layers measuring the same width as a strand of hair. This is causing scientists to question the strength and protective abilities of this ultra-thin layer.

Fluoride is a toxic chemical that builds up in your body over time and causes various health problems. It is particularly concerning for children using fluoride toothpaste as studies have found fluoride to be the single biggest source of intake for young children due to them swallowing a large amount during brushing. This can cause several health issues including disfiguring dental fluorosis, a symptom of fluoride poisoning. Research has recognised that children can swallow more fluoride from toothpaste alone than their recommended daily intake.

Organic and natural toothpastes are effective in providing complete oral care without the toxic chemicals. Most natural toothpastes used ingredients including bentonite clay, coconut oil, baking soda, salt, peppermint oil and water. You can make your own natural toothpaste at home. It’s easy, affordable and most importantly, toxin free.


Related: How to detox your home;  Zero waste toxin free washing; Natural toxin free deodorant

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The true environmental costs of disposable coffee cups

Society’s increasing addiction to coffee has become a major cause for concern for environmental groups and conscious consumers worldwide. With Australians using over 1 billion disposable coffee cups each year and Americans using 58 billion alone, it’s no surprise this single use product is now the second largest contributor to landfill waste after water bottles.

Environmental awareness around disposable coffee cups is usually centred on its end of life impacts however, the social costs and negative production externalities is deeply concerning and an issue that needs to be discussed more often. When considering the impacts of disposable coffee cups, its negative production externalities far exceed the convenience they offer with the average disposable cup being used for approximately 15 minutes before being discarded.

What are the true costs?

 Each year over 20 million trees are cut down and 12 billion gallons of water is used to manufacture disposable coffee cups. Along with this, tonnes of crude oil is used during the production and transportation process. This results in significant loss of natural resources, ecosystem degradation, reduced carbon absorption and an increase in greenhouse gas emissions.

The most common misconception about paper cups is they are recyclable. Most paper coffee cups are coated with a plastic resin (polyethylene) which prevents them from being recycled. Some waste collection centres can recycle disposable coffee cups by extracting the plastic from the paper however, this can be very costly and time consuming. This also raises a valid health concern about carcinogenic chemicals leeching from the cups and being ingested.

The plastic lining of paper-based cups. Image by Choice.

After use, disposable coffee cups are discarded in landfill where they are left to degrade. During this process, they release countless CO2 emissions and the plastic breaks down into smaller fragments polluting the soil and waterways, potentially harming wildlife. 

How can we make a difference?

Sitting in the coffee shop and drinking from a ceramic cup is the best way to avoid using a disposable coffee cup but this does require time – a luxury not all of us have. A realistic alternative for our time conscious society is to use a reusable ‘on-the-go’ coffee cup such as a KeepCup. It only takes 15 uses for one KeepCup to break even, every use thereafter benefits the planet.

If we can all begin to reduce our reliance on ‘convenient’ disposable products by simply being prepared with our own reusable products, we will significantly reduce the pre and post production environmental impacts of these products. It’s time for consumers to stand up and start leading change themselves rather than waiting for it to happen. The more we use single use disposable products, the longer businesses will continue to offer it to us.

Responsible Cafes connects thoughtful cafes with conscious consumers by offering incentives to customers that bring in their reusable cups. Find your closest responsible cafe here. 

Refuse or reuse!

Related: Pledge single use plastic free in July; Your war on waste; The environmental impact of plastic straws 

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What is in your sunscreen?

Choosing a sunscreen can be hard. There are numerous options on the market that offer various levels of protection and contain countless ingredients both of which can be good and bad for your health and the environment.

When purchasing sunscreen, our main aim is to protect ourselves from the sun’s damaging UVA and UVB rays. Our relentless quest for sun protection can sometimes lead us to believe the chemical produced sunscreen products developed and marketed by multinational corporations offer the best protection, but the question remains - how are these products affecting our health and the environment?

Luckily, the earth produces a natural sunblock that is just as effective at protecting your skin from the sun without the potentially harmful synthetic ingredients. Zinc oxide and titanium dioxide are two natural ingredients that protect your skin from sun damage. They form a topical layer that physically blocks the sun’s rays from penetrating the skin.

Titanium dioxide comes from titanium which has a natural white chalky appearance that is highly reflective. Zinc oxide comes from mineral zinc and is manufactured into a substance that is a highly effective sunblock. Similar to titanium dioxide, zinc oxide makes your skin look white when applied and feels slightly heavy on the skin.

Both substances are effective at protecting your skin from the sun however, zinc oxide provides the most protection due to its ability to block out various types of rays. UVA (UV-aging) and UVB (UV-burning) are separate rays that affect the skin differently. Titanium dioxide protects the skin from UVB and short UVA rays, whereas zinc oxide blocks long UVA rays providing further protection against various rays. To offer broad spectrum protection, zinc oxide is often combined with additional UVB blockers.

Conventional sun protection products are commonly made with a concoction of synthetic ingredients that pose a threat to your health and the environment. The ingredients listed below are commonly included in most chemically produced sunscreen products and ones you should avoid using.

1. Oxybenzone is a penetration enhancer that helps the skin absorb additional chemicals. When this substance is exposed to UV rays it experiences a chemical reaction which can irritate the skin and cause allergic reactions. This chemical has also been recognised to disrupt hormones.

2. Octinoxate is a chemical used in most commercial sunscreens that contain SPF. Our skin absorbs this substance easily and promotes the absorption of other ingredients. Octinoxate isn’t known for causing allergic reactions, however the substance has been linked to effecting hormones and endangering wildlife if leaked into waterways.

3. Retinyl Palmitate (Vitamin A Palmitate) helps to improve the anti-aging properties of sunscreens. Retinyl Palmitate is a combination of Vitamin A and palmitic acid. Studies have linked this substance to numerous health concerns including the ability to increase the development of malignant cells and skin tumours. When retinyl is exposed to UV rays, it breaks down and releases toxic free radicals that can damage cells, DNA and promote cancer growth.

4. Homosalate is a substance that helps sunscreen penetrate your skin and absorb UV rays. The chemical is easily absorbed through our skin and accumulates in our bodies at a rate much faster than our body can process it. As this chemical accumulates in our body, it becomes toxic and can disrupts hormones.

5. Octocrylene is a UV ray absorbing chemical that produces oxygen radicals when exposed to UV light which can cause further damage to cells and cause mutations. This substance also has the ability to accumulate in your body. This substance can be toxic when released into the environment.

6. Paraben Preservatives have been known to cause allergic reactions when applied. Studies have also revealed the substance can disrupt hormones, and cause developmental and reproductive toxicity.

Although sunscreen is an important product to use to protect your skin from the sun’s harmful rays, the best form of protection it to cover up and stay out of the sun as much as possible.


Related: What toxic chemicals are in your toothpaste?; Looming health hazards of synthetic chemical repellents; Why is BPA the only concern?

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Consumer power - Emma Watson quote

Small changes, big impact!

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Why is BPA the only concern?

The humble rubber duck made from Polyvinyl Chloride (PVC) receives less recognition as a harmful product but places equal health concerns to Bisphenol A (BPA).

The term ‘BPA-free’ is well-known due to the Australian Government’s regulated actions in 2010 to declare a voluntary phase out of Bisphenol A (BPA) in baby bottles. Research has found BPA to cause numerous health concerns due to its ability to percolate food and beverages, however the chemical Polyvinyl Chloride (PVC) used in many everyday products places equal health concerns but is significantly less recognised.

Similar to BPA, PVC contains phthalates to make the plastic soft and malleable and is used in various consumer products including raincoats, shoes and rubber duck bath toys. PVC is currently one of the most common plastics produced and is made using numerous toxic chemicals that are harmful to both humans and the environment including lead, cadmium, organotins, colourants, fire-retardants, anti-oxidants and phthalates. Approximately 95 per cent of phthalates made in the world are produced specifically for the production of flexible PVC attributing it to the world highest environmental pollutant.

The use of BPA and PVC in certain consumer products is banned or restricted in many countries around the world including Europe and the United States of America. Australia is very slow to prohibit the use of certain chemicals that other countries have ruled out and I feel that as consumers we shouldn’t leave it up to the regulators. Consumers are choosing products that are being put before them by companies that are purely profit-driven.

As a society, we need to make a different choice that has no questions around its safety. There are many products on the market that offer a natural alternative to chemical produced plastics. Natural rubber is nontoxic to humans and biodegradable as opposed to chemical produced plastics that can take over 450 years to decompose. So why do we continuing to produce toxic plastic when we have safe and natural alternative?

I believe it is up to us as a society to decide what is good for ourselves, our families and the environment and we can influence change through our purchasing power. So why choose a PVC synthetic rubber duckie when you can choose a truly from nature rubber duckie?

Make a change by signing our petition to ban Polyvinyl Chloride (PVC) in products for children under 12 years of age in Australia!

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