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Arsenic As
Arsenic is naturally-occurring throughout the environment and also widely used as a preservative for treated wood and as a pesticide in fields where we grow our food. Because of its chemical nature, it is frequently bioavailable and easily absorbed. Accurate and precise measurements of this classified human carcinogen are critical for managing our environment and protecting human health and safety. At Brooks Applied Labs, we have both the innovation and the expertise to provide you with ultra-low arsenic and arsenic speciation for virtually any matrix type. Please contact us to find out which arsenic test is the appropriate method choice for your samples.

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Arsenic Related News

Concerned about Heavy Metals in Baby Food?

While heavy metal contamination of foods, particularly those for infants, has been known about for years, recent events have once again brought it to public attention. On February 4th the U.S. House of Representatives Subcommittee on Economic and Consumer Policy...

FDA Approves Inorganic Arsenic Limits in Baby Rice Cereal

In August, the US FDA finalized their previously-issued guidance on inorganic arsenic in rice cereals for infants. After evaluation of the health risks associated with infant exposure to inorganic arsenic, as well as the testing results of commercially-available...

Protecting our Future: Inorganic Arsenic in Baby Food

Brooks Applied Lab's own, Hakan Gürleyük and Ben Wozniak, recently co-authored a publication with scientists from around the world that supported the development of a new certified reference material (CRM) for arsenic species and toxic trace elements in rice flour....

2019: Year in Review

The monthly Brooks Applied Labs (BAL) newsletter contained many interesting and informational articles over the past year. To start off 2020, here's a recap of the most popular newsletter pieces from the past year (click on link for the full article): Choosing the...

Sequential Extraction for Arsenic Speciation in Soils

It has become increasingly common for risk assessment and treatability studies to require arsenic speciation data to determine the potential mobility of this toxic contaminant at varying sites. Looking at arsenite [As(III)] and arsenate [As(V)] values can be helpful...

SETAC Poster Presentation on Bias in Arsenic Speciation Results

Our very own Metals Chemist, Ian Joslin, made his scientific debut at the Society of Environmental Toxicology and Chemistry (SETAC) North America 35th Annual Meeting by presenting his poster on the Potential Bias in Arsenic Speciation Results for Tissues Prepared by...