Uploaded July 2025 | Updated September 2026, 3 weeks ago
As a result, the body begins to respond inappropriately—triggering inflammation where there is no threat, or failing to recognize danger when it is present.
In other words, such particles can scramble the body’s entire electrical “communication” system. And when that system fails, everything suffers—from cognitive function and heart rhythm to the immune response.
All of this leads to systemic failures within the body—disrupting the function of the heart, brain, endocrine, and immune systems. Nanoplastic thus acts as an active agent of destruction. Charged plastic molecules literally adhere to tissues, infiltrate cells, disrupt their functions, interact with DNA, and trigger chains of inflammatory, oncogenic, and neurodegenerative processes.
It is the electrostatic charge that allows nanoplastic not only to penetrate the body's protective barriers but to remain inside the cells of living organisms indefinitely.
It is precisely because of this charge that micro- and nanoplastic penetrates cells and is now found in substantial quantities in the bloodstream, brain, placenta, sperm, and lungs.
As a result, the body begins to respond inappropriately—triggering inflammation where there is no threat, or failing to recognize danger when it is present.
In other words, such particles can scramble the body’s entire electrical “communication” system. And when that system fails, everything suffers—from cognitive function and heart rhythm to the immune response.
All of this leads to systemic failures within the body—disrupting the function of the heart, brain, endocrine, and immune systems. Nanoplastic thus acts as an active agent of destruction. Charged plastic molecules literally adhere to tissues, infiltrate cells, disrupt their functions, interact with DNA, and trigger chains of inflammatory, oncogenic, and neurodegenerative processes.
It is the electrostatic charge that allows nanoplastic not only to penetrate the body's protective barriers but to remain inside the cells of living organisms indefinitely.
It is precisely because of this charge that micro- and nanoplastic penetrates cells and is now found in substantial quantities in the bloodstream, brain, placenta, sperm, and lungs.
