By Dr. Sanchari Sinha Dutta, Ph.D.May 15 2024 A study published in the journal Environment International finds traces of microplastic polymers in human blood. The sizes and shapes of polymers raise a serious concern over the possible risk of developing cardiovascular complications.
The size and shape of microplastics are the major determinants of their potential health hazards, including inflammation, oxidative stress, barrier disruption, genetic instability, reproductive complications, developmental and endocrine disorders, blood clot formation, and cardiovascular complications.
Related StoriesSamples varied in the number of polymer types and concentrations. However, up to three polymer types were identified in a single sample. The most widely detected polymer type was PE, followed by EVA/EVOH, EPDM, PA, and EVA. Several additive chemicals or plastic alternatives were identified in microplastic polymers obtained from blood samples.
Polyethylene is commonly used in packaging film, bags, bottles, toys, wire and cable insulation, and many household items. It is also used in medical implants. This polymer has previously been detected in human lung tissues and breast milk. Studies have linked polyethylene exposure with increased genetic instability.
Alcohol Breast Milk Capillaries Chemicals Colon Food Genetic Inflammation Liver Lungs Oxidative Stress Placenta Polymers Stress
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