When popular podcast Life Uncut posted an episode on toxic shock syndrome, it shone a light on the risk of medical misinformation


If you’ve used tampons in your lifetime, you will no doubt be familiar with the term: toxic shock syndrome (TSS).

You probably glanced at the leaflet that rolled out of the tampon box, alongside the confusing diagrams and small text.

It felt like something to fear, but did many of us really understand what it was?

The reality is that while TSS is a serious and potentially fatal bacterial infection, the risk of developing it is incredibly rare. 

In Australia, exact figures are unknown, because TSS does not need to be reported.

But data from the US — where TSS cases are notified — and the UK (where reporting is voluntary), suggests the condition occurs in fewer than one in a million people, according to Deborah Bateson from the Faculty of Medicine and Health at the University of Sydney. 

It’s thought that the rarity of instances is down to changes in tampon manufacturing methods and a greater awareness of safe tampon use. 

TSS has recently found its way back into the spotlight and you may have heard it was linked to supposed chemicals inside a tampon. 

You may be alarmed. And you wouldn’t be alone.

Incorrect claims about TSS 

Popular Australian podcast Life Uncut, hosted by media personalities Brittany Hockley and Laura Byrne, recently promoted an episode interviewing US model Lauren Wasser — a well-known survivor of TSS. 

In 2012 at the age of 24, Wasser fell ill with TSS. In a matter of hours, she went from suffering a fever and flu-like symptoms to lying in an induced coma in hospital with organ failure and minutes from death

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Wasser survived. But she suffered life-altering consequences: both of her legs were amputated.

In the Life Uncut episode, Wasser implied her TSS was caused because tampons are “full of bleach, dioxin and chlorineand “sprayed with pesticides”. 

She added that “those toxins get into the bloodstream”, and then “start acting like the flu and start shutting down your organs. It’s dangerous”. 

These false claims prompted outrage from audience members and medical professionals, including UK-based content creator Michael Mrozinski, who uses his social media platforms to debunk medical misinformation. 

“I’m actually really disappointed … it’s misinformation and it’s dangerous,” Dr Mrozinski told his audience. 

Professor Bateson says the important thing to remember is that TSS is not associated with chemicals like bleach, as Wasser alleged in her interview. 

“We know that’s not the case … TSS is the body’s response to toxins which are produced by common bacteria found on the skin.”

The video from the podcast promoting Wasser’s interview was posted on Instagram and TikTok, clocking up millions of views. It was later removed following complaints.

The episode itself was archived, edited, and re-posted with the disclaimer that it had “been reviewed and approved by two medical doctors registered in NSW”.

Following the fallout, the podcasters released a statement thanking their audience for their feedback, and correcting the medically inaccurate statement from Wasser. 

The incident reflected misconceptions surrounding TSS, and the importance of correcting medical misinformation quickly. 

So, what is TSS? 

TSS is an illness that occurs in the body when toxins are produced by staphylococcus aureus (staph), or — more rarely — group A streptococci (strep)

It was first discovered in 1978 among children, and then gained prominence in the 80s and 90s when it was connected to tampon use during menstruation. 

The important element to remember in this history was the release of Rely tampons in the US in 1978, with free samples given to millions of women. 

When the super-absorbent product, Rely tampons, was launched in the US in 1978, they soon became associated with an unusual spike in cases of TSS. (Purdue University: Rebecca Wilcox)

The product, with an ill-fated tagline – ‘It even absorbs the worry!’ – was made of super-absorbent polyester foam and carboxymethylcellulose gel. 

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