<p>A new study conducted by the University of Eastern Finland has shown that microplastics are easily climbing the food chain through both plants and animals.</p>

<p>The study says that plants suck synthetic contaminants up from the soil and animals or insects munching on those greens get their fill of nanoplastics.</p>

<p>Plastic particles less than one micrometre in size are primarily the result of bigger plastic pieces being weathered down by natural processes.</p>

<p>According to the study's lead scientist Fazel Monikh, when tiny 250 nm particles of polystyrene and polyvinyl chloride are fed to lettuce, which in turn is fed to black soldier fly larvae eaten by hungry roach fish, they prove that microplastics can easily climb the food chain.</p>

<p>Researchers encased the rare element gadolinium within the tiny plastics to more easily track them because these particles are hard to detect and can be altered during their physiological journeys.</p>

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<p>In order to ensure that the plastic completely covered the metal, the scientists used a scanning electron microscope (SEM).</p>

<p>Caused by pollutants like mercury and polychlorinated biphenyls, biomagnification is when the chemicals taken up at the lower trophic levels become more concentrated as they pass up the food chain.</p>

<p>Monikh said, ''Our results show that lettuce can take up nano plastics from the soil and transfer them into the food chain.''</p>

<p>"This indicates that the presence of tiny plastic particles in soil could be associated with a potential health risk to herbivores and humans if these findings are found to be generalisable to other plants and crops and to field settings."</p>

<p>From the deepest ocean trenches to the remote isolation of Antarctica, microplastics are now ubiquitous in every environment and are passing through our bodies every day.</p>

<p>Unlike their larger particles of origin, the particular concern about these tiny particles is that they're small enough to pass through many more physiological barriers.&nbsp;</p>

<p><strong>Watch WION's live TV here:</strong></p>

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A new study conducted by the University of Eastern Finland has shown that microplastics are easily climbing the food chain through both plants and animals. The study says that plants suck synthetic contaminants up from the soil and animals or insects munching on those greens get their fill of nanoplastics.

A new study conducted by the University of Eastern Finland has shown that microplastics are easily climbing the food chain through both plants and animals. The study says that plants suck synthetic contaminants up from the soil and animals or insects munching on those greens get their fill of nanoplastics. Plastic particles less than one micrometre in size are primarily the result of bigger plastic pieces being weathered down by natural processes. According to the study's lead scientist Fazel Monikh, when tiny 250 nm particles of polystyrene and polyvinyl chloride are fed to lettuce, which in turn is fed to black soldier fly larvae eaten by hungry roach fish, they prove that microplastics can easily climb the food chain. Researchers encased the rare element gadolinium within the tiny plastics to more easily track them because these particles are hard to detect and can be altered during their physiological journeys. × In order to ensure that the plastic completely covered the metal, the scientists used a scanning electron microscope (SEM). Caused by pollutants like mercury and polychlorinated biphenyls, biomagnification is when the chemicals taken up at the lower trophic levels become more concentrated as they pass up the food chain. Monikh said, ''Our results show that lettuce can take up nano plastics from the soil and transfer them into the food chain.'' "This indicates that the presence of tiny plastic particles in soil could be associated with a potential health risk to herbivores and humans if these findings are found to be generalisable to other plants and crops and to field settings." From the deepest ocean trenches to the remote isolation of Antarctica, microplastics are now ubiquitous in every environment and are passing through our bodies every day. Unlike their larger particles of origin, the particular concern about these tiny particles is that they're small enough to pass through many more physiological barriers. Watch WION's live TV here: ×

Microplastics climbing food chain through both plants and animals, says study

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<p>In the Netherlands, scientists at the Vrije Universiteit Amsterdam (VUA) have found microplastic particles in beef and pork for the first time. They also found particles in the blood of cows and pigs on farms, UK-based media outlet, The Guardian, reporting referring to a study. The contamination has been detected in three-quarters of meat and milk products tested and every blood sample in their pilot study.&nbsp;</p>

<p>During the study, the particles were also found in every sample of animal pellet feed tested. It indicates the potential route of the alarming contamination. Another possible route can be the packaging as the food products were wrapped in plastic.&nbsp;</p>

<p>In March, VUA researchers reported microplastics in human blood for the first time. They followed the same process to conduct the study on animal products. The report mentioned that the discovery of the particles in blood shows "they can travel around the body and may lodge in organs".&nbsp;</p>

<p><strong>ALSO READ |&nbsp;<a href="https://www.wionews.com/science/deep-sea-mining-noise-pollution-will-stretch-hundreds-of-miles-study-495678">Deep-sea mining noise pollution will stretch hundreds of miles: Study</a>&nbsp;</strong></p>

<p>The researchers have to analyse&nbsp;whether or not the particles impact human or farm animal health.&nbsp;</p>

<p>As quoted by the report, Dr Heather Leslie at VUA said: "When you're measuring&nbsp;blood, you're finding out the absorbed dose from all the different exposure routes: air, water, food, et cetera. So it's very interesting because it immediately tells you what's penetrating into the river of life."&nbsp;</p>

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<p><em>Image:&nbsp;This photo taken on October 14, 2021 shows a researcher examining a sediment sample collected by a "Smith-McIntyre" grab machine in the sea, at Japanese marine-station network Jambio's laboratory in Shimoda, Shizuoka prefecture. Credit: AFP</em></p>

<p><strong>Microplastics in oceans, air and human body</strong></p>

<p>Recently, the news agency AFP reported that from ocean depths to mountain peaks, humans have littered the planet with tiny shards of plastic. The report claimed that We have even absorbed these microplastics into our bodies - with uncertain implications.&nbsp;</p>

<p>Images of plastic pollution have become familiar: a turtle suffocated by a shopping bag, water bottles washed up on beaches, or the monstrous "Great Pacific Garbage Patch" of floating detritus.&nbsp;</p>

<p><strong>ALSO READ |&nbsp;<a href="https://www.wionews.com/science/meraxes-gigas-scientists-discover-new-giant-dinosaur-predator-with-tiny-arms-495612">Meraxes gigas: Scientists discover new giant dinosaur predator with tiny arms</a>&nbsp;</strong></p>

<p>Millions of tonnes of plastic produced every year, largely from fossil fuels, make their way into the environment and degrade into smaller and smaller pieces.&nbsp;</p>

<p>Jean-Francois Ghiglione, a researcher at the Laboratory of Microbial Oceanography in France said, "We did not imagine 10 years ago that there could be so many small microplastics, invisible to the naked eye, and that they were everywhere around us. And we could not yet envisage finding them in the human body".&nbsp;</p>

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In the Netherlands, scientists at the Vrije Universiteit Amsterdam (VUA) have found microplastic particles in beef and pork for the first time. They also found particles in the blood of cows and pigs on farms, UK-based media outlet, The Guardian, reporting referring to a study.

In the Netherlands, scientists at the Vrije Universiteit Amsterdam (VUA) have found microplastic particles in beef and pork for the first time. They also found particles in the blood of cows and pigs on farms, UK-based media outlet, The Guardian, reporting referring to a study. The contamination has been detected in three-quarters of meat and milk products tested and every blood sample in their pilot study. During the study, the particles were also found in every sample of animal pellet feed tested. It indicates the potential route of the alarming contamination. Another possible route can be the packaging as the food products were wrapped in plastic. In March, VUA researchers reported microplastics in human blood for the first time. They followed the same process to conduct the study on animal products. The report mentioned that the discovery of the particles in blood shows "they can travel around the body and may lodge in organs". ALSO READ | Deep-sea mining noise pollution will stretch hundreds of miles: Study The researchers have to analyse whether or not the particles impact human or farm animal health. As quoted by the report, Dr Heather Leslie at VUA said: "When you're measuring blood, you're finding out the absorbed dose from all the different exposure routes: air, water, food, et cetera. So it's very interesting because it immediately tells you what's penetrating into the river of life." Image: This photo taken on October 14, 2021 shows a researcher examining a sediment sample collected by a "Smith-McIntyre" grab machine in the sea, at Japanese marine-station network Jambio's laboratory in Shimoda, Shizuoka prefecture. Credit: AFP Microplastics in oceans, air and human body Recently, the news agency AFP reported that from ocean depths to mountain peaks, humans have littered the planet with tiny shards of plastic. The report claimed that We have even absorbed these microplastics into our bodies - with uncertain implications. Images of plastic pollution have become familiar: a turtle suffocated by a shopping bag, water bottles washed up on beaches, or the monstrous "Great Pacific Garbage Patch" of floating detritus. ALSO READ | Meraxes gigas: Scientists discover new giant dinosaur predator with tiny arms Millions of tonnes of plastic produced every year, largely from fossil fuels, make their way into the environment and degrade into smaller and smaller pieces. Jean-Francois Ghiglione, a researcher at the Laboratory of Microbial Oceanography in France said, "We did not imagine 10 years ago that there could be so many small microplastics, invisible to the naked eye, and that they were everywhere around us. And we could not yet envisage finding them in the human body". WATCH WION LIVE HERE You can now write for wionews.com and be a part of the community. Share your stories and opinions with us here.

Researchers detect microplastics in meat, milk and blood of farm animals

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Microplastics climbing food chain through both plants and animals, says study

Researchers detect microplastics in meat, milk and blood of farm animals