A New Study Has Found That Microplastics Found InWater & Food May Be The Cause Of Erectile Dysfunction

Wednesday, June 26, 2024, 1:00 P.M. ET. By Ryan Metz: Englebrook Independent News,

MANHATTAN, NY.- A new study has revealed that microplastics (mp’s) found in men with erectile dysfunction may be a direct cause. These plastic particles measure less than 5mm in length and can be as small as 2 micrometers, (for comparison a human hair is about 100 micrometers in diameter), which means they are easily ingested from food and water supplies.

     A systematic review of over 50 peer-reviewed articles resulted in an estimate of the average person consuming approximately 53,000 mp’s annually from seafood alone. That amount of plastic is equivalent to 17 credit cards. Mp’s are also found in vegetables, fruits, and berries and can contaminate foods from plastic packaging.

     The presence of microplastics in human penises raises serious questions about the potential health implications. While the exact effects of these particles on human health are still being researched, there is growing evidence that they can disrupt hormone systems, cause inflammation, and affect reproductive health. Some researchers also speculate that microplastics could act as vectors for harmful chemicals, such as pesticides and heavy metals, which can adhere to surfaces.

     In this study, four of five men with erectile dysfunction had microplastics in their penises. According to the author of the study Dr. Ranjith Ramasamy, “The one man in this study who didn’t have any detectable microplastics in his penis leads a very traditional, Cuban guy elderly lifestyle. He said he doesn’t use a lot of plastics.”

     While it is not yet clear if there is a direct link between erectile dysfunction and microplastics, these plastics are constantly around us and in our bodies making it likely that they will have negative effects on human health. Because of this risk to our health, the pervasive nature of plastic pollution demands urgent action on multiple fronts. Efforts to reduce plastic waste, improve recycling technologies, and develop sustainable alternatives are critical steps in mitigating the spread of microplastics in our environment and in our bodies. Regulatory measures aimed at limiting the production and use of unnecessary plastics can also play a pivotal role in safeguarding human health.

     I will be following the continuing research and studies into microplastics and will keep you updated.