Children in England ‘bombarded’ with online ads for harmful products
A recent study commissioned by the children’s commissioner for England found that teenagers are frequently exposed to online advertisements for harmful products, including weight-loss drugs, steroids, and skin-whitening creams, on social media, video games, and apps. The research, which polled 2,000 teenagers, revealed that a significant percentage had seen ads for these products, often promoted by influencers or small-scale content creators.

Briefing Summary
AI-generatedA recent study commissioned by the children’s commissioner for England found that teenagers are frequently exposed to online advertisements for harmful products, including weight-loss drugs, steroids, and skin-whitening creams, on social media, video games, and apps. The research, which polled 2,000 teenagers, revealed that a significant percentage had seen ads for these products, often promoted by influencers or small-scale content creators. Over three-quarters of teens reported a negative impact on their self-esteem due to this exposure, with some experiencing adverse reactions from trying the products. The children’s commissioner, Dame Rachel de Souza, is urging for urgent action to create a safer online environment, emphasizing that a potential social media ban for under-16s alone may not be sufficient. The report highlights the need to address the normalization of potentially dangerous products and protect children from online exploitation of insecurities.
Article analysis
Model · rule-basedKey claims
5 extractedExtreme and potentially dangerous appearance-changing products are being normalised to children through advertising.
More than three-quarters of the 2,000 teenagers polled said that being exposed to these products had a negative effect on their self-esteem.
24% had seen steroids and other drugs claiming to build muscle mass online.
27% had seen potentially toxic skin-whitening creams online.
41% of 13 to 17-year-olds had seen prescription-only weight-loss drugs online.