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Babies vs. Plastics: The public health problem of our time—and how you can help

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Monday, April 22, 2024

Plastic is everywhere. We pump crude oil from the ground and then process it into just about anything we want.It’s on and in all your electronics. Kitchens and bathrooms are mostly coated in it. Around 60% of all clothing is technically considered a type of plastic. Then there’s furniture, cars, ships, and even the internal coating of drink cans.Our world is inundated with plastic, not just in our surroundings but also in our food and bodies. About 300 million tons of plastic are manufactured each year, including a mind-boggling five trillion plastic bags and 583 billion plastic bottles.That’s about 650 plastic bags per person annually, each taking about 1,000 years to disintegrate. All that plastic breaks down into microscopic fragments that can quickly enter our bodies.Studies show that microplastics can enter our bloodstream and even end up in our brains, causing inflammation, neurological disorders, or even neurodegenerative diseases such as Alzheimer’s or Parkinson’s.But there’s plenty of action being taken to try to change our addiction to plastic. The End Plastics Initiative, part of the Washington, D.C.,-based Earth Day organization, aims to reduce our dependence on plastic by 60% over the next 16 years.Reckon spoke with Aidan Charron, the director of Earth Day’s plastic initiative, about what’s happening in that world and how we can cut back.Reckon:There still seems to be a lack of public awareness about plastic. Some people don’t believe it’s harmful. What strategies do you use when encountering people who have no idea or are reluctant to think this stuff is bad for us?Aidan Charron:That’s part of the reason we wrote the Babies vs. Plastics report. There’s a main group of people that are saying they don’t want to believe the big issues we’re having with plastic. That’s hard to do when faced with all the evidence. If you don’t want to believe that oil is killing you, you have to understand at least that there are 16,000 possible chemicals and only 4,200 of them are non-toxic, and that’s only because those are the only ones that have been tested. I tell people to look into some of these chemicals and what they can do to our bodies and the environment.Why did you call it babies vs plastic?We wanted to convey the idea that plastic affects all of us and isn’t just floating in the sea far away.But it’s also not just hurting minority groups, like indigenous populations and Black and brown communities. It’s affecting everybody, including those in the frontline communities dealing with the most pollution types. We chose the name because we wanted people to know that our children are also being exposed to these chemicals among groups most of us don’t think about.Given that plastic is used in our clothes, phones, laptops, advanced medical devices, and even inside our bodies, is ending plastic a practical vision?We’re not completely crazy. We know plastic will never go away completely. That’s why we came up with the 60% reduction by 2040 goal. We do see that as feasible because 50% of all plastic is single-use. So if we phase out single-use plastic and make sure that all the materials are reusable, that requires us to transition backward even to some materials that are actually inert, like glass or aluminum, and in a lot of cases, stainless steel.We can go ahead and cut off 50% of our production right there. That involves coming up with alternatives to the plastic we put in laptops and, for example, building materials that don’t use regenerative materials. PVC piping, a widely used building material, is one of the most dangerous types of piping out there. If we can transition away from those things, that will eventually lead us to that 60% reduction goal.Is there a new technology out there that could replace plastics?We’re a little hesitant to talk about it because sometimes, the new technology or material in five years turns out not to be so great for the environment or people. The ones I’ve seen are pretty cool and are things like mycelium or mushrooms to replace  Styrofoam packaging. The question with things like that is, is it scalable? Is it expensive? What investments do we need to make to get it going?Then there’s hemp, right? Hemp is an extremely versatile material that we seem to ignore.The alternatives to fast-fashion clothing are well known, and it’s a sector where we can easily progress in replacing it. That would be organic hemp, organic cotton, and wool, which are all regenerative. It’s just better than wearing stuff that could also power a car. It’s wild to think we are wearing oil.How can regular people like me and my neighbors cut back on our plastic use?Every environmentalist you talk to will tell you to use more renewable and reusable materials. And that is really the simplest thing to do: use reusable water bottles, preferably made of glass, stainless steel, or aluminum.Transition away from Saran wrap to tin foil or aluminum foil if you can. I also use cotton and beeswax materials to cover my food. Plastic Tupperware has inserted itself into every part of society in the U.S. Switch to glass. By heating plastic food containers in a microwave, you’re exposing yourself to the plastics of the container and the microplastics already in your food.Many of these big plastic-using companies, like Coca-Cola, Pepsi, and Nestle, go to great lengths to greenwash us. And yet, I know they hire highly intelligent business executives and creatives who surely know the products they manufacture harm people, wildlife, and the environment.Do you ever think about who these people are, what they stand for, and how it would be much easier if they admitted what we already know about their products?Yes, it would be much easier if they were honest. Then, I wouldn’t have to work as hard to ensure that at least somebody’s being honest. Part of my job is talking to government officials and getting them to be honest about plastic use. Companies are a little bit more complicated. I understand they all have families and their living expenses. But it’s hard for me to think what the price is for someone to sell their soul and the souls of 8 billion people. I get it. A CEO making $200 million a year is a lot of money. But then you go down the line, like, you are a chemical engineer for Coca-Cola developing a new set of plastics for $80,000 a year. That’s all it took for you to sell out?Do you think that has to do with the fact that plastic is such an enormous and useful part of our culture and is elevated above how we feel about garbage, sewage, and littering? How might that change?I also think that. Hopefully, in my lifetime, more burdens will be placed on these companies regarding the damage they’re doing. Plastic is cheap and quick. But then there’s all the underlying health costs that producers don’t have to worry about.Plastic and its additive chemicals cost the healthcare industry $250 billion a year because of the different health issues it causes. That’s just in the U.S. Plastic producers don’t have to pay anything towards those costs. We’ll see big plastic changes if the healthcare industry becomes involved.In the same vein, do you think those big plastic producers will have to bear some legal responsibility for the health issues and pollution they cause in the same way the EPA is gradually going after companies that put chemicals forever in our food and water?For a long time, I felt like the EPA wasn’t doing nearly enough, and I do think it can do a lot more. However, I’m glad to see they’re starting to target some of these chemical companies, which makes me think it will eventually pivot to the plastics industry. We also have the global plastics treaty, which we hope can bring greater awareness and policy.I’ve also seen many more rules and regulations coming from the EPA, but I fear it’s all for show since the agency can’t enforce what’s already on the books.Honestly, I’ve been feeling the same way. It sucks because that’s what we’re relying on to fight these battles. The EPA has been heavily underfunded for years and still doesn’t have the funding to put toward lawsuits like petrochemical and chemical companies do. It’s hard to go up against some of the most profitable businesses ever, even for the government. Then, you get certain administrations coming through that gut funding, which makes auditing and environmental regulation much harder.

Plastic is one of the great human inventions, but the downsides are deadly.

Plastic is everywhere. We pump crude oil from the ground and then process it into just about anything we want.

It’s on and in all your electronics. Kitchens and bathrooms are mostly coated in it. Around 60% of all clothing is technically considered a type of plastic. Then there’s furniture, cars, ships, and even the internal coating of drink cans.

Our world is inundated with plastic, not just in our surroundings but also in our food and bodies. About 300 million tons of plastic are manufactured each year, including a mind-boggling five trillion plastic bags and 583 billion plastic bottles.

That’s about 650 plastic bags per person annually, each taking about 1,000 years to disintegrate. All that plastic breaks down into microscopic fragments that can quickly enter our bodies.

Studies show that microplastics can enter our bloodstream and even end up in our brains, causing inflammation, neurological disorders, or even neurodegenerative diseases such as Alzheimer’s or Parkinson’s.

But there’s plenty of action being taken to try to change our addiction to plastic. The End Plastics Initiative, part of the Washington, D.C.,-based Earth Day organization, aims to reduce our dependence on plastic by 60% over the next 16 years.

Reckon spoke with Aidan Charron, the director of Earth Day’s plastic initiative, about what’s happening in that world and how we can cut back.

Reckon:

There still seems to be a lack of public awareness about plastic. Some people don’t believe it’s harmful. What strategies do you use when encountering people who have no idea or are reluctant to think this stuff is bad for us?

Aidan Charron:

That’s part of the reason we wrote the Babies vs. Plastics report. There’s a main group of people that are saying they don’t want to believe the big issues we’re having with plastic. That’s hard to do when faced with all the evidence. If you don’t want to believe that oil is killing you, you have to understand at least that there are 16,000 possible chemicals and only 4,200 of them are non-toxic, and that’s only because those are the only ones that have been tested. I tell people to look into some of these chemicals and what they can do to our bodies and the environment.

Why did you call it babies vs plastic?

We wanted to convey the idea that plastic affects all of us and isn’t just floating in the sea far away.

But it’s also not just hurting minority groups, like indigenous populations and Black and brown communities. It’s affecting everybody, including those in the frontline communities dealing with the most pollution types. We chose the name because we wanted people to know that our children are also being exposed to these chemicals among groups most of us don’t think about.

Given that plastic is used in our clothes, phones, laptops, advanced medical devices, and even inside our bodies, is ending plastic a practical vision?

We’re not completely crazy. We know plastic will never go away completely. That’s why we came up with the 60% reduction by 2040 goal. We do see that as feasible because 50% of all plastic is single-use. So if we phase out single-use plastic and make sure that all the materials are reusable, that requires us to transition backward even to some materials that are actually inert, like glass or aluminum, and in a lot of cases, stainless steel.

We can go ahead and cut off 50% of our production right there. That involves coming up with alternatives to the plastic we put in laptops and, for example, building materials that don’t use regenerative materials. PVC piping, a widely used building material, is one of the most dangerous types of piping out there. If we can transition away from those things, that will eventually lead us to that 60% reduction goal.

Is there a new technology out there that could replace plastics?

We’re a little hesitant to talk about it because sometimes, the new technology or material in five years turns out not to be so great for the environment or people. The ones I’ve seen are pretty cool and are things like mycelium or mushrooms to replace  Styrofoam packaging. The question with things like that is, is it scalable? Is it expensive? What investments do we need to make to get it going?

Then there’s hemp, right? Hemp is an extremely versatile material that we seem to ignore.

The alternatives to fast-fashion clothing are well known, and it’s a sector where we can easily progress in replacing it. That would be organic hemp, organic cotton, and wool, which are all regenerative. It’s just better than wearing stuff that could also power a car. It’s wild to think we are wearing oil.

How can regular people like me and my neighbors cut back on our plastic use?

Every environmentalist you talk to will tell you to use more renewable and reusable materials. And that is really the simplest thing to do: use reusable water bottles, preferably made of glass, stainless steel, or aluminum.

Transition away from Saran wrap to tin foil or aluminum foil if you can. I also use cotton and beeswax materials to cover my food. Plastic Tupperware has inserted itself into every part of society in the U.S. Switch to glass. By heating plastic food containers in a microwave, you’re exposing yourself to the plastics of the container and the microplastics already in your food.

Many of these big plastic-using companies, like Coca-Cola, Pepsi, and Nestle, go to great lengths to greenwash us. And yet, I know they hire highly intelligent business executives and creatives who surely know the products they manufacture harm people, wildlife, and the environment.

Do you ever think about who these people are, what they stand for, and how it would be much easier if they admitted what we already know about their products?

Yes, it would be much easier if they were honest. Then, I wouldn’t have to work as hard to ensure that at least somebody’s being honest. Part of my job is talking to government officials and getting them to be honest about plastic use.

Companies are a little bit more complicated. I understand they all have families and their living expenses. But it’s hard for me to think what the price is for someone to sell their soul and the souls of 8 billion people. I get it. A CEO making $200 million a year is a lot of money. But then you go down the line, like, you are a chemical engineer for Coca-Cola developing a new set of plastics for $80,000 a year. That’s all it took for you to sell out?

Do you think that has to do with the fact that plastic is such an enormous and useful part of our culture and is elevated above how we feel about garbage, sewage, and littering? How might that change?

I also think that. Hopefully, in my lifetime, more burdens will be placed on these companies regarding the damage they’re doing. Plastic is cheap and quick. But then there’s all the underlying health costs that producers don’t have to worry about.

Plastic and its additive chemicals cost the healthcare industry $250 billion a year because of the different health issues it causes. That’s just in the U.S. Plastic producers don’t have to pay anything towards those costs. We’ll see big plastic changes if the healthcare industry becomes involved.

In the same vein, do you think those big plastic producers will have to bear some legal responsibility for the health issues and pollution they cause in the same way the EPA is gradually going after companies that put chemicals forever in our food and water?

For a long time, I felt like the EPA wasn’t doing nearly enough, and I do think it can do a lot more. However, I’m glad to see they’re starting to target some of these chemical companies, which makes me think it will eventually pivot to the plastics industry. We also have the global plastics treaty, which we hope can bring greater awareness and policy.

I’ve also seen many more rules and regulations coming from the EPA, but I fear it’s all for show since the agency can’t enforce what’s already on the books.

Honestly, I’ve been feeling the same way. It sucks because that’s what we’re relying on to fight these battles. The EPA has been heavily underfunded for years and still doesn’t have the funding to put toward lawsuits like petrochemical and chemical companies do. It’s hard to go up against some of the most profitable businesses ever, even for the government. Then, you get certain administrations coming through that gut funding, which makes auditing and environmental regulation much harder.

Read the full story here.
Photos courtesy of

Forty Years After the Bhopal Disaster, the Danger Still Remains

In many ways, we all live in Bhopal now. We must continue to fight for a future in which we all have the right to live in healthy environments.

Forty years ago this month, a Union Carbide pesticide factory in Bhopal, India, sprung a toxic gas leak, exposing half a million people to toxic fumes. Thousands of people lost their lives in the immediate aftermath, with the death toll climbing to more than 20,000 over the next two decades. Countless others, including children of survivors, continue to endure chronic health issues. In the United States, the events in Bhopal ignited a grassroots movement to expose and address the toxic chemicals in our water, air, and neighborhoods. In 1986, just two years after the disaster, this growing awareness led Congress to pass the first National Right to Know Act, which requires companies to publicly disclose their use of many toxic chemicals. In India, Bhopal victims have had a long struggle for justice. In 1989, survivors flew to a Union Carbide shareholders meeting in Houston to protest the inadequate compensation for the trauma they’d suffered. The settlement awarded each Bhopal victim was a mere $500—which a spokesperson for Dow Chemical, Union Carbide’s parent company, called “plenty good for an Indian.”  Union Carbide had the survivors arrested before they could enter the meeting. Meanwhile, their abandoned chemical factory was still leaking toxic chemicals into the surrounding neighborhoods and drinking water.  Nevertheless, Bhopal survivors never stopped fighting. They opened a free clinic to treat the intergenerational health effects caused by the disaster. They marched 500 miles between Bhopal and New Delhi. They staged hunger strikes. They created memorials to the disaster and established a museum to ensure that the horrors of their collective past are not forgotten.    The survivors even obtained an extradition order for Union Carbide’s former CEO, Warren Anderson, but the U.S. government never acted on that request. Forty years later, the factory in Bhopal has never been properly cleaned and is still leaking poison.  Unfortunately, the kinds of chemicals that flow through the veins of Bhopal survivors also flow through ours. The petrochemical industry has brought us together in a perverse solidarity, having chemically trespassed into places all over the world. According to one figure, Americans are exposed to dangerous chemical fires, leaks, and explosions about once every two days. In one dramatic example in early 2023, a rail tanker filled with vinyl chloride derailed in East Palestine, Ohio, forcing the evacuation of 2,000 residents.  Nearly all Americans now carry toxic substances known as PFAS in our bodies. These have been linked to cancer, liver and kidney disease, and immune dysfunction. And the continued burning of fossil fuels is killing millions of people each year around the world through air pollution.  Petrochemical and fossil fuel companies know they can only survive if they avoid liability for the damage they are doing to our health and the planet’s ecosystems. That’s why they are heavily invested in lobbying to prevent any such accountability. Polluting industries are certain to have strong allies in the coming Trump Administration, which plans to open even more land to fossil fuel production and, under the blueprint for conservative governance known as Project 2025, to slash environmental and public health regulations. But we can take inspiration from the people of Bhopal, whose fierce commitment to health and justice sparked a global movement. Earlier this month, on the fortieth anniversary of the Bhopal disaster, congressional allies of this movement including U.S. Senator Jeff Merkley, Democrat of Oregon, and U.S. Representatives Pramila Jayapal, Democrat of Washington, and Rashida Tlaib, Democrat of Michigan, introduced a resolution designating December 3 as National Chemical Disaster Awareness Day. “Chemical disasters are often the result of corporations cutting corners and prioritizing profits over safety,” said Merkley, who chairs the U.S. Senate Environment and Public Works subcommittee. “These catastrophes cloud communities with toxic fumes, upending lives and threatening the health and property of those living and working close by.” He called for “stronger laws to prevent chemical disasters and keep our communities and workers safe.” This growing global alliance, which has been called the largest movement for environmental health and justice in history, is fighting for a future in which everyone has the right to live in a healthy environment. It’s a movement that unites us all. Because in many ways, we all live in Bhopal now. This column was produced for Progressive Perspectives, a project of The Progressive magazine, and distributed by Tribune News Service. Gary Cohen is the president of Health Care Without Harm and a long time member of the International Campaign for Justice in Bhopal. Read more by Gary Cohen December 18, 2024 3:25 PM

Study Miscalculation Has Everyone Talking about Black Plastic Spatulas Again. Experts Are Still Concerned

The scientists behind a popular study on the health effects of flame retardants in black plastic cooking utensils and toys made a calculation error but still say their revised findings are alarming

Should you throw out your black plastic spatula? A recent study that reported alarming levels of several flame retardants in common black-colored plastic items (including cooking utensils, toys and hair products) had many people suddenly taking stock of their inky array of plastic kitchenware and considering wood or metal alternatives. And the reasons for the concern were understandable: the study’s findings, published in Chemosphere, highlighted potential health effects from exposure to the flame retardants, particularly decabromodiphenyl ether (decaBDE)—a chemical the U.S. Environmental Protection Agency banned in 2021 for its apparent links to cancer and reproductive, developmental and immunologic toxicity effects.But this week the study’s authors issued a correction that suggests exposure to decaBDE from the tested products isn’t as close to the EPA’s safety reference level as they initially thought. The decaBDE exposure they estimated from the screened products is still correct, but it’s one tenth of the reference dose. The study had miscalculated the comparison by an order of magnitude.The amount of flame retardants in such products is “not as harmful, with respect to the EPA guidance, as [the researchers] originally stated, although, with these chemicals, they may be harmful when you’re exposed to small amounts over a long period of time,” says Andrew Turner, a biogeochemist at the University of Plymouth in England, who wasn’t involved in the research and studies the disposal and recycling of plastic consumer goods. “It’s difficult to put numbers on these chemicals.”On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.The study authors issued an apology for the mistake in which they maintained that the “calculation error does not affect the overall conclusion of the paper.”“Our results still show that when toxic additives are used in plastic, they can significantly contaminate products made with recycled content that do not require flame retardancy,” says Megan Liu, a co-author of the recent study and science and policy manager at Toxic-Free Future, an environmental health research and advocacy group. “The products found in this study to contain hazardous flame retardants included items with high exposure potential, such as things that touch our food, as well as toys, which come in contact with kids.”Why might some black plastics contain flame retardants? Flame retardants are required in certain products (often including computers, TVs and other common electronic items) to meet fire safety regulations. To reduce the amount of e-waste and fossil fuels needed to make new plastics, some of these items are recycled into black plastics. But the problem is that “you could also recycle the flame retardants and other chemicals that are associated with that plastic,” says Stuart Harrad, an environmental chemist at the University of Birmingham in England, who wasn’t involved in the paper. “Now that’s fine to some degree, I suppose, if you’re only recycling the plastic into uses like TV sets, where you need to meet fire safety regulations. But the point is here is that that isn’t happening.”The new study’s main goal was to identify any flame retardant chemicals in various common products. The researchers screened 203 items, ranging from plastic sushi take-out trays to toy necklaces—and found 17 of them were contaminated with high levels of flame retardants. Fourteen of those products contained high levels of decaBDE.The U.S. has largely banned decaBDE and other polybrominated-diphenyl-ether-based flame retardants. New electronic goods use safer flame retardants, but older electronics that contain decaBDE could still be in many households or might have been only recently tossed out for recycling, Turner says. “When you talk about some electronic devices, they last quite a long time,” he adds. These older devices might only be reaching recycling plants now.The new study’s findings generally line up with past evidence that recycled plastics—and flame retardants—can end up in toys and cooking utensils, Harrad says. But it’s been unclear whether the mere presence of flame retardants in a cooking utensil pose any health threat to humans; there are many contributing factors, including the source, the dose, the duration of exposure and any other chemicals that may be present. In a 2018 study Harrad and his colleagues tested potential exposure from black plastic cooking utensils and found that uptake through the skin from simply holding them was negligible. But when they tested them in prolonged cooking experiments with hot oil, about 20 percent of the flame retardants in a utensil transferred into the oil on average. “That’s really because the oil, particularly hot oil, is going to be a pretty good way of extracting these chemicals,” Harrad says.How did the miscalculation occur?The authors of the new study estimated humans’ potential exposure to decaBDE from the plastic products by using the calculation in Harrad’s 2018 study. They applied this calculation to the median levels of decaBDE detected in the products they tested. This wound up being an estimated 34,700 nanograms per day of decaBDE. They then compared that figure with the EPA’s reference dose of 7,000 nanograms per kilogram of body weight per day. (Some researchers note that this measurement was derived from lab tests and animal models, not direct human testing). To better assess human risk, the scientists calculated a reference dose based on a 60-kg (132-pound) person and initially found 42,000 ng per day, a value alarmingly close to the 34,700 ng per day of exposure they estimated from the new data. But 7,000 multiplied by 60 is actually 420,000. This may have been a simple math error, but the correction massively reduces how close the amount of exposure is to the maximum acceptable limit.The figure with the miscalculation was “contextualizing the levels that we saw in our study, thinking that it could be helpful for people,” Liu says. “This was really just one part of our study that isn’t even part of our key findings.”She and her co-authors have emphasized that the error shouldn’t detract from one of the study’s main conclusions: that none of these flame-retardant chemicals, especially those that have been banned, should be found, in any amount, in these products in the first place.“They're probably banging their head in frustration when they found out they made that calculation error,” Harrad says, adding that the rest of their findings “were perfectly plausible.”“The study does highlight the fact that we’ve not sorted this out yet—that we’re still finding these chemicals coming through into new goods that contain recycled plastics,” Harrad says. “We do need to step up our efforts to isolate these chemicals from waste and make sure that they don't get recycled.”So should you really ditch your black plastic spatula? Harrad says you should avoid leaving it in a hot pan or pot for long periods of time. Some experts don’t recommend reheating food in black plastic containers, although studies haven’t confirmed if this causes chemicals to leach into food. Importantly, “if you see that your black utensil is damaged in any way, just [get rid of it] and go for something else,” Turner says—pieces of the plastic could potentially break off into food.When looking for new cooking ware, Turner says that it’d be more sustainable, and potentially safer, to reduce the use of black plastic items and opt for a material or color that’s more easily recyclable. Liu says wood, stainless steel or silicone products are some safer alternatives. She adds, however, that people can’t “shop” their way out of a larger societal issue. “We can’t expect that everyone can immediately switch over to safer alternatives,” Liu says. “That’s ultimately why we’ve been calling on greater regulatory action at both the corporate and government level to regulate and restrict these harmful chemicals.”

Are Microplastics In the Air Putting Your Fertility At Risk?

By Dennis Thompson HealthDay ReporterWEDNESDAY, Dec. 18, 2024 (HealthDay News) -- Microscopic plastic particles in the air could be contributing to...

By Dennis Thompson HealthDay ReporterWEDNESDAY, Dec. 18, 2024 (HealthDay News) -- Microscopic plastic particles in the air could be contributing to a wide variety of health problems, including lung and colon cancers.Tires and degrading garbage shed tiny pieces of plastic which become airborne, creating a form of air pollution that’s not very well understood, a new review says.“These microplastics are basically particulate matter air pollution, and we know this type of air pollution is harmful,” said researcher Tracey Woodruff, a professor of obstetrics, gynecology and reproductive sciences at the University of California, San Francisco.Microplastics are less than 5 millimeters in size, smaller than a grain of rice, researchers said in background notes.Companies around the world produce nearly 460 million tons of plastic each year, and that’s projected to increase to 1.1 billion tons by 2050, researchers said.A major source of airborne plastic is driving, researchers noted. Tires wear down as they rub against the road surface, sending microplastics into the air.For the review, published Dec. 18 in the journal Environmental Science & Technology, researchers analyzed data gathered on about 3,000 prior studies.The results showed that airborne microplastics can contribute to cancer, lung problems and infertility.Most of the studies in the review used animals, but researchers said the conclusions likely also apply to humans.“We urge regulatory agencies and policy leaders to consider the growing evidence of health harms from microplastics, including colon and lung cancer,” lead researcher Nicholas Chartres, a senior research fellow with the University of Sydney, said in a UCSF news release. “We hope state leaders will take immediate action to prevent further exposures.”SOURCE: University of California, San Francisco, news release, Dec. 18, 2024Copyright © 2024 HealthDay. All rights reserved.

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