EDF Health

FDA’s short-sighted approach to building trust in the safety of cell-cultured meat and seafood products

Tom Neltner, J.D.is Chemicals Policy Director

Consumer trust that products are safe to eat is essential to acceptance of any innovative food product. 

One of the most innovative food products expected to enter U.S. markets in coming years is cell-cultured meat and seafood. Producing these products by culturing cells in tanks and forming them into foods that look and taste like their conventionally produced counterparts is a technological achievement. Proponents enthusiastically tout these products as climate-friendly alternatives that provide real hope to meet the world’s growing demand for animal protein in a sustainable way that also minimizes animal welfare concerns.

Consumer trust that products are safe to eat is essential to acceptance of any innovative food product. That trust is built through a rigorous, transparent, and independent scientific review to ensure safety. Without that, questions linger that undermine widespread consumer adoption.

Unfortunately, we have serious concerns that the process the Food and Drug Administration (FDA) may be planning to use to review the safety of cell-cultured meat and seafood is inadequate and will undermine consumer trust. From our perspective, the manufacturing process for cell-cultured meat and seafood is a significant departure from current practice and warrants careful scrutiny. FDA guidance is clear that, for these types of changes, the appropriate review options are a food additive petitions or the voluntary Generally Recognized as Safe (GRAS) notification process. We strongly recommend FDA rely on these existing options existing options rather than create a new approach.

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Also posted in FDA, Food, GRAS / Tagged , , | Comments are closed

Why do we know so little about chemical exposures? Emerging technology could disrupt the status quo.

Lindsay McCormick is a Program Manager.

EDF report identifies emerging market for personal chemical exposure monitoring technologies through a first-of-its-kind analysis.

When I first started working at EDF in 2014, I learned a statistic that shocked me: We have human exposure data on less than 4% of the roughly half-million chemicals in commerce.[1] In other words, we know next to nothing about the vast majority of chemical exposures that people were experiencing on a daily basis.

Chemicals are found in nearly all commercial products and serve a foundational role in our economy. Yet this ubiquity comes with its downsides, as some chemicals are hazardous and can find their way into our environment and ultimately end up in our water, land, and air—and in our bodies. Exposure to certain chemi­cal substances have been linked to a variety of adverse health impacts, including reproductive harm, disruption of normal hormone activity, and impaired neurological development in children.

The lack of knowledge about chemical exposures poses a major problem: Without better information on exactly which chemicals individuals are exposed to every day, it is challenging to develop effective policies and interventions to reduce harmful exposures and protect health.

Disrupting the status quo

But what if anyone could use a simple home-delivered kit or wearable device to reveal the chemicals in their environment—and in their body? Such technologies could make the invisible visible—providing individuals, as well as policy makers, businesses, health professionals, and others, with critical information needed to accelerate reductions in the public’s exposure to hazardous chemicals.

In 2017, EDF pursued a Year of Innovation to better understand opportunities to advance the market for personal chemical exposure monitors (PCEMs) – with the ultimate goal of improving public health. As part of this effort, we conducted interviews and convened an expert workshop to identify bottlenecks in the development and use of such technologies.

We learned that a significant gap exists between the demand and promise of PCEM technologies and the current cost or scalability of many of the available technologies today. Experts noted that while there is significant qualitative or anecdotal evidence of demand, a quantitative understanding of the potential market for these technologies is needed to drive a robust market.

EDF took that lesson and embarked on a two-part study to fill this gap.

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Also posted in Emerging Science, Emerging Testing Methods, Health Science, Public Health / Tagged , | Read 1 Response

Data visualization to drive clean air innovation and improve health

Aileen Nowlan, Senior Manager, EDF+Business

The first time I spoke at a conference about air pollution, the venue was right beside a daycare—a well-regarded chain, no doubt with significant waiting lists. But on the outside, the facility was steps from onramps to a bridge and a major highway, where horns blared and buses and trucks idled at the lights.

The pollution around this daycare was invisible, but because there is still so much we don’t know about air pollution, so were many of the risks.

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Also posted in Air Pollution, Health Science, Hyperlocal mapping / Tagged , , | Read 1 Response