As with many other public health concerns throughout the United States (and the rest of the world, for that matter), chemical policy reform takes place at extraordinarily slow rates. Rather than proactively testing chemicals before introducing them to the market and environment, regulations are implemented in a reactive manner. Sometimes, because of this, the harmful health effects of certain toxic chemicals manifest much sooner than we act, which can lead (and has led) to detrimental health impacts on the population and throughout the environment.
Reform No. 4 of the Louisville Charter advocates for environmental scientists to act with foresight, which is something I've always believed many public health subdisciplines can be better at. Throughout the background paper, it's clear that chemists, environmental scientists, and public health practitioners should be proactively searching for potentially harmful toxic chemicals before using them for manufacturing, agriculture, or other purposes. The paper gives 2 specific situations in which the regulation of a chemical should be flagged as potentially harmful: credible evidence that a chemical can produce biological changes and the presence of potentially harmful chemicals in systems where it doesn't belong (like human bodies). Within the United States, our regulation of chemicals is relaxed; oftentimes this leads to a retroactive banning of a particular substance, rather than critically analyzing its potentially harmful effects before placing it into the hands of individuals.
I think that would be "literally" the most impactful way to actually see real change. To use foresight to reduce the number of new and harmful chemicals into the environment to be exposed with the general public.
ReplyDeleteI like this change and believe it should be implemented with more force. Why should we wait to see what happens after releasing a chemical? Not only does this clearly cause more health problems, but these health problems have a latency period and don't show until years and sometimes even longer to show before we can even think to trace it back to "xyz" chemical exposure.
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