EU Agency Recommends Ban on Widely Used Flame Retardants
The European Chemicals Agency (ECHA) recommends restricting aromatic brominated flame retardants (ABFRs) due to their toxicity, persistence in the environment, and accumulation in living organisms; the recommendation follows concerns over similar 'forever chemicals' and anticipates a sweeping ban, p...
EU Agency Recommends Ban on Widely Used Flame Retardants
The European Chemicals Agency (ECHA) recommends restricting aromatic brominated flame retardants (ABFRs) due to their toxicity, persistence in the environment, and accumulation in living organisms; the recommendation follows concerns over similar 'forever chemicals' and anticipates a sweeping ban, p...
Progress
44% Bias Score
Widespread PFAS Contamination Exceeds EU Limits in European Waters
European waters, particularly in the Netherlands (96% exceedance), Belgium, France, and Iceland (100% exceedance), show widespread PFAS contamination exceeding EU limits, posing health risks and hindering the 2027 goal of 'good chemical status'.
Widespread PFAS Contamination Exceeds EU Limits in European Waters
European waters, particularly in the Netherlands (96% exceedance), Belgium, France, and Iceland (100% exceedance), show widespread PFAS contamination exceeding EU limits, posing health risks and hindering the 2027 goal of 'good chemical status'.
Progress
24% Bias Score
PFAS Contamination at GlobalFoundries Factory
GlobalFoundries' Vermont factory released PFAS chemicals into the Winooski River, exceeding safety limits and causing concern among local residents.
PFAS Contamination at GlobalFoundries Factory
GlobalFoundries' Vermont factory released PFAS chemicals into the Winooski River, exceeding safety limits and causing concern among local residents.
Progress
0% Bias Score
PFAS Exposure, Gut Microbiome, and Kidney Damage
A study reveals a link between exposure to "forever chemicals" (PFAS), gut microbiome dysregulation, and kidney damage in young adults.
PFAS Exposure, Gut Microbiome, and Kidney Damage
A study reveals a link between exposure to "forever chemicals" (PFAS), gut microbiome dysregulation, and kidney damage in young adults.
Progress
0% Bias Score
NSW Town Offered Free Water After 'Forever Chemical' Contamination
Elevated levels of PFAS, exceeding Australian guidelines, were detected in Warialda, NSW's bore water supply, prompting the government to provide free bottled water to 1,400 residents while investigations into the source continue; this follows a similar incident in the Blue Mountains affecting 41,00...
NSW Town Offered Free Water After 'Forever Chemical' Contamination
Elevated levels of PFAS, exceeding Australian guidelines, were detected in Warialda, NSW's bore water supply, prompting the government to provide free bottled water to 1,400 residents while investigations into the source continue; this follows a similar incident in the Blue Mountains affecting 41,00...
Progress
32% Bias Score
400+ Chemicals in Plastics Linked to Breast Cancer, Disproportionately Affecting Young Women
Over 400 chemicals in common plastics are linked to breast cancer, disproportionately impacting young women due to widespread exposure from food packaging and personal care products; the study highlights the urgent need for stronger regulations and reduced plastic production.
400+ Chemicals in Plastics Linked to Breast Cancer, Disproportionately Affecting Young Women
Over 400 chemicals in common plastics are linked to breast cancer, disproportionately impacting young women due to widespread exposure from food packaging and personal care products; the study highlights the urgent need for stronger regulations and reduced plastic production.
Progress
64% Bias Score
PFAS, Gut Microbiome, and Kidney Damage in Young Adults
A new study reveals the link between PFAS exposure, gut microbiome disruption, and kidney damage in young adults. Researchers found higher PFAS exposure correlated with reduced kidney function, potentially through the gut microbiome.
PFAS, Gut Microbiome, and Kidney Damage in Young Adults
A new study reveals the link between PFAS exposure, gut microbiome disruption, and kidney damage in young adults. Researchers found higher PFAS exposure correlated with reduced kidney function, potentially through the gut microbiome.
Progress
0% Bias Score
PFAS Exposure Linked to Reduced Gut Health and Kidney Disease
A study links exposure to PFAS "forever chemicals" in young adults to reduced gut health and an increased risk of kidney disease. The research suggests that changes in gut bacteria and metabolites contribute significantly to kidney function decline.
PFAS Exposure Linked to Reduced Gut Health and Kidney Disease
A study links exposure to PFAS "forever chemicals" in young adults to reduced gut health and an increased risk of kidney disease. The research suggests that changes in gut bacteria and metabolites contribute significantly to kidney function decline.
Progress
0% Bias Score