Samantha Power says testing children for lead poisoning could help reveal the true scale of the problem. Without routine screening, many cases remain hidden, which makes it harder to understand how serious the issue really is. She argues that better data is needed before effective action can be taken. In many places, lead exposure is still underreported because children are not tested often enough.

“It’s hard to change what you can’t measure.”

Why it matters

  • Children are especially vulnerable to lead exposure.
  • Lead can cause behavioural problems, delayed growth and hearing loss.
  • Better data is needed to make the issue visible and drive action.

Current situation

The US routinely tests young children for blood lead levels, while the UK does not have a nationwide screening system. As a result, many cases may still go unnoticed, even when the risk is present in homes and local environments.

What Power says

Power says exposure can often be reduced by tackling sources such as paint, dust and contaminated soil. She says improving awareness is an important first step toward reducing the problem.

Read the full article on ft.com

Samantha Power speaks about testing children for lead poisoning.

Wetenschap Vandaag BNR logo groot

Lumetallix werd recent besproken in de BNR Nieuwsradio podcast over innovatieve technologieën voor het detecteren van loodvervuiling.

Over de aflevering
Deze week werden de winnaars van de Amsterdam Science Innovation Award bekend gemaakt. Eén van de kanshebbers is Lukas Helmbrecht, van de UvA en AMOLF. Hij heeft iets ontwikkeld waarmee loodvervuiling heel makkelijk en goedkoop gedetecteerd kan worden.

We bespreken hoe groot het probleem met loodvervuiling is en welke oplossing hij onder de naam Lumetallix heeft ontwikkeld.

Lees hier meer over de Amsterdam Science Innovation Award


Luister de volledige aflevering op bnr.nl of luister hier:


Lumetallix BNR Nieuwsradio

Paint - Lead-nieuw

Although the global ban on leaded gasoline has markedly reduced lead poisoning, many other environmental sources of lead exposure, such as paint, pipes, mines, and recycling sites remain.

Existing methods to identify these sources are either costly or unreliable. We report here a new, sensitive, and inexpensive lead detection method that relies on the formation of a perovskite semiconductor. The method only requires spraying the material of interest with methylammonium bromide and observing whether photoluminesence occurs under UV light to indicate the presence of lead. The method detects as little as 1.0 ng/mm2 of lead by the naked eye and 50 pg/mm2 using a digital photo camera. We exposed more than 50 different materials to our reagent and found no false negatives or false positives. The method readily detects lead in soil, paint, glazing, cables, glass, plastics, and dust and could be widely used for testing the environment and preventing lead poisoning.

Read the full article on pubmed.ncbi.nlm.nih.gov
environmental lead detection