Tag #Human Health

Showing 13 to 16 of 16 results

arabic.cnn.com

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Feb 18, 16:10

Global Light Pollution Threatens Wildlife and Human Health

Light pollution, increasing by 10% annually, obscures the night sky for two-thirds of humanity, including 80% of North Americans; it also threatens wildlife, impacting birds, insects, and marine turtles, while potentially contributing to human health issues.

Global Light Pollution Threatens Wildlife and Human Health

Light pollution, increasing by 10% annually, obscures the night sky for two-thirds of humanity, including 80% of North Americans; it also threatens wildlife, impacting birds, insects, and marine turtles, while potentially contributing to human health issues.

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Life on Land

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What are the immediate and widespread consequences of increasing light pollution globally?

A 1977 blackout in New York City revealed the Milky Way, previously obscured by city lights. Today, two-thirds of the human population, including 80% of North Americans, cannot see the Milky Way due to light pollution, which increases globally by 10% annually.

theguardian.com

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Feb 4, 16:11

Household Chemicals Linked to Canine Bladder Cancer, Highlighting Multi-Chemical Exposure Risks

Duke University research shows a strong link between household chemical exposure and bladder cancer in dogs, with higher levels of flame retardants, phthalates, and anthracene found in warmer areas and linked to higher cancer markers in urine samples; this highlights a need to regulate multi-chemica...

Household Chemicals Linked to Canine Bladder Cancer, Highlighting Multi-Chemical Exposure Risks

Duke University research shows a strong link between household chemical exposure and bladder cancer in dogs, with higher levels of flame retardants, phthalates, and anthracene found in warmer areas and linked to higher cancer markers in urine samples; this highlights a need to regulate multi-chemica...

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Good Health and Well-being

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What are the long-term implications of this research for public health policy and consumer behavior regarding household product selection?

This research underscores the urgent need for a regulatory shift toward considering multi-chemical exposures. The persistent nature of some chemicals, like PBDEs, which remain in homes long after product removal, emphasizes the long-term health risks. Future research should focus on the combined toxic effects of various household chemicals and the development of more effective regulatory frameworks to protect both animal and human health.

welt.de

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Feb 4, 07:07

Increased Microplastic Levels Found in Human Brains

A new study reveals a dramatic increase in micro- and nanoplastic levels in human brains and livers between 2016 and 2024, with polyethylene being the most prevalent type, prompting concerns about health impacts.

Increased Microplastic Levels Found in Human Brains

A new study reveals a dramatic increase in micro- and nanoplastic levels in human brains and livers between 2016 and 2024, with polyethylene being the most prevalent type, prompting concerns about health impacts.

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Good Health and Well-being

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What types of plastics were most commonly found, and what are the potential sources contributing to the observed increase in human tissue?

The study highlights a dramatic increase in micro- and nanoplastic concentrations in human organs, particularly the brain, between 2016 and 2024. Polyethylene, commonly used in plastics, was the most prevalent type. While the study doesn't establish a direct causal link to health problems, the findings are alarming and warrant further investigation.

elmundo.es

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Feb 3, 19:11

Microplastics Accumulate in Human Brains: A Growing Concern

A study of 52 human cadavers (2016-2024) found that microplastics and nanoplastics accumulate more in human brains than in livers or kidneys; concentrations increased over time and were higher in individuals with dementia.

Microplastics Accumulate in Human Brains: A Growing Concern

A study of 52 human cadavers (2016-2024) found that microplastics and nanoplastics accumulate more in human brains than in livers or kidneys; concentrations increased over time and were higher in individuals with dementia.

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What are the immediate implications of the finding that microplastics accumulate more in human brains than in other organs?

A study in Nature Medicine reveals that microplastics and nanoplastics accumulate more in human brains than in livers or kidneys. Researchers analyzed 52 human cadavers (2016-2024), finding higher concentrations in brain tissue, increasing over time, and significantly elevated in individuals with dementia. This suggests a potential link between microplastic exposure and neurological issues.

Showing 13 to 16 of 16 results