Results for: Heavy Metals

Babylife Organics, a new company founded by the team behind Made in Nature, has launched a line of Regenerative Organic Certified® baby food that is tested for heavy metals at four stages of the supply chain. The company also publishes verified, third-party test results for every batch, making it the first and only brand to provide such complete transparency. Babylife Organics aims to address the growing concern over heavy metal contamination in baby food by prioritizing soil health and transparency.

Babylife Organics, a new company from the creators of Made in Nature, is launching a line of Regenerative Organic Certified® baby food that undergoes rigorous testing for heavy metals at every stage of the supply chain. This commitment to transparency includes publishing verified test results for every batch, setting a new standard for the industry.

A new study reveals that popular dark chocolate brands contain concerning levels of lead and cadmium, exceeding safe limits. While organic chocolates were initially thought to be a safer option, the study found they have higher levels of these heavy metals. Experts urge moderation and caution, highlighting the potential health risks associated with prolonged exposure to these metals.

A new study has found alarmingly high levels of lead, arsenic, and mercury in two authenticated locks of Ludwig van Beethoven’s hair. The levels are an order of magnitude higher than normal, and may have contributed to his deafness, gastrointestinal issues, and jaundice. While it’s unlikely that the lead levels were high enough to be the sole cause of death, the researchers believe it may have contributed to the documented ailments that plagued him most of his life.

Rising levels of heavy metals, including copper, zinc, and sulfate, have emerged as a significant concern for mountain streams in Colorado. The increase in these metals is particularly alarming as it coincides with the ongoing effects of climate change. Scientists believe that warming temperatures are leading to increased sulfide weathering, which introduces more metals into streams. The study’s findings raise concerns about the potential impacts on ecosystems and communities dependent on these mountain streams for water.