More Evidence That All Of Life Is Contaminated With Plastic Polymers: “UNM Researchers Find Microplastics in Canine and Human Testicular Tissue” — And Associated Lower Sperm Count
by Ana Maria Mihalcea, MD, PhD
I have discussed extensively that the scientific community is gaslighting everyone by claiming that microplastics are from environmental pollution from degraded plastics. The polymers found are the same seen in the blood polyethlene and polyvinyl alcohol.
But remember, these same microplastics were found in the placenta, but also in the Moderna patent and the chemical signatures in C19 injected and uninjected blood:
Damning New Research Study Finds Self Assembly Plastic Polymer Nanoparticles In Every Placenta
These same polymers are mentioned in geoengineering patents:
If have previously shown that there are correlations between the chemicals found from geoengineering operations and the C19 shots:
We also know there is increased risk of vascular diseases:
These polymers are also associated with turbo cancers and all diseases of aging:
I have previously explained how phthalates are the breakdown products of these polymers:
And how come the entire biosphere is being contaminated with these microplastics? Because it is sprayed via chemtrails, otherwise there is no way you would find the same polymers in snow on the highest mountains on earth and even in the Arctic. GEOENGINEERING OPERATIONS ENDANGER ALL LIFE ON EARTH.
As I have said so many times before, you cannot ensure the survival of the human species by just working to ban the C19 biological and technological weapons of mass destruction. The same poison that self assembles in the blood and they call microplastics is being inhaled by every living thing on earth, flora and fauna, animals and humans alike. Everything is contaminated and dying because of covert military aerial spraying. Chemtrails are GENOCIDE for our entire planet.
White and wonderful? Microplastics prevail in snow from the Alps to the Arctic
Microplastics (MPs) are ubiquitous, and considerable quantities prevail even in the Arctic; however, there are large knowledge gaps regarding pathways to the North. To assess whether atmospheric transport plays a role, we analyzed snow samples from ice floes in Fram Strait. For comparison, we investigated snow samples from remote (Swiss Alps) and populated (Bremen, Bavaria) European sites. MPs were identified by Fourier transform infrared imaging in 20 of 21 samples. The MP concentration of Arctic snow was significantly lower (0 to 14.4 × 103 N liter−1) than European snow (0.19 × 103 to 154 × 103 N liter−1) but still substantial. Polymer composition varied strongly, but varnish, rubber, polyethylene, and polyamide dominated overall. Most particles were in the smallest size range indicating large numbers of particles below the detection limit of 11 μm. Our data highlight that atmospheric transport and deposition can be notable pathways for MPs meriting more research.
Here is the original publication and abstract that shows fertility once again impacted in humans and dogs:
The ubiquitous existence of microplastics and nanoplastics raises concerns about their potential impact on the human reproductive system. Limited data exists on microplastics within the human reproductive system and their potential consequences on sperm quality. Our objectives were to quantify and characterize the prevalence and composition of microplastics within both canine and human testes and investigate potential associations with the sperm count, and weights of testis and epididymis. Using advanced sensitive Pyrolysis-Gas Chromatography/Mass Spectrometry (Py-GC/MS), we quantified 12 types of microplastics within 47 canine and 23 human testes. Data on reproductive organ weights, and sperm count in dogs were collected. Statistical analyses, including descriptive analysis, correlational analysis, and multivariate linear regression analyses were applied to investigate the association of microplastics with reproductive functions. Our study revealed the presence of microplastics in all canine and human testes, with significant inter-individual variability. Mean total microplastic levels were 122.63 µg/g in dogs and 328.44 µg/g in humans. Both humans and canines exhibit relatively similar proportions of the major polymer types, with PE being dominant. Furthermore, a negative correlation between specific polymers such as PVC and PET and the normalized weight of the testis was observed. These findings highlight the pervasive presence of microplastics in the male reproductive system in both canine and human testes, with potential consequences on male fertility.
Here is the write up
UNM Researchers Find Microplastics in Canine and Human Testicular Tissue
“Our study revealed the presence of microplastics in all human and canine testes,” Yu said. The team was also able to quantify the amount of microplastics in the tissue samples using a novel analytical method that revealed correlations between certain types of plastic and reduced sperm count in the canine samples.
Yu, who studies the impact of various environmental factors on the human reproductive system, said heavy metals, pesticides and endocrine-disrupting chemicals have all been implicated in a global decline in sperm count and quality in recent years. A conversation with his colleague Matthew Campen, PhD, a professor in the UNM College of Pharmacy who has documented the presence of microplastics in human placentas, led him to wonder whether something else might be at work.
“He said, ‘Have you considered why there is this decline (in reproductive potential) more recently? There must be something new,’” Yu said. That led Yu to design a study using the same experimental method Campen’s lab had used in the placenta research.
His team obtained anonymized human tissue from the New Mexico Office of the Medical Investigator, which collects tissue during autopsies and stores it for seven years before disposing of it. The canine tissue came from City of Albuquerque animal shelters and private veterinary clinics that perform spay-neutering operations.
The team chemically treated the samples to dissolve the fat and proteins and spun each sample in an ultracentrifuge, leaving a nugget of plastic at the bottom of a tube. Then, heated the plastic pellet in a metal cup to 600 degrees Celsius. They used a mass spectrometer to analyze gas emissions as different types of plastic burned at specific temperatures.
In dogs, the average concentration of microplastics in testicular tissue was 122.63 micrograms per gram of tissue (a microgram is a millionth of a gram). In human tissue the average concentration was 329.44 micrograms per gram – nearly three times higher than in dogs and significantly higher than the average concentration Campen found in placental tissue.
“At the beginning, I doubted whether microplastics could penetrate the reproductive system,” Yu said. “When I first received the results for dogs I was surprised. I was even more surprised when I received the results for humans.”
The researchers found the most prevalent polymer in both human and canine tissue was polyethylene (PE), which is used to make plastic bags and bottles. In dogs that was followed by PVC, which is used in industrial, municipal and household plumbing and in many other applications.
The team was able to count the sperm in the canine samples (but not in the human ones, which had been chemically preserved) and found that higher levels of PVC in the tissue correlated with a lower sperm count, Yu said. There was no correlation with tissue concentration of PE, however.
“The plastic makes a difference – what type of plastic might be correlated with potential function,” he said. “PVC can release a lot of chemicals that interfere with spermatogenesis and it contains chemicals that cause endocrine disruption.”
The study compared human and canine tissue for a couple of reasons, one being that dogs live alongside people and share their environment. They also share some biological characteristics.
“Compared to rats and other animals, dogs are closer to humans,” he said. “Physically, their spermatogenesis is closer to humans and the concentration has more similarity to humans.” Canine sperm counts also seem to be dropping, he added. “We believe dogs and humans share common environmental factors that contribute to their decline.”
Microplastics result when plastic is exposed to ultraviolet radiation in sunlight and degrades in landfills. It can be blown about by the wind or carried into nearby waterways, and some bits are so small they are measured in nanometers (a billionth of a meter). They’re now ubiquitous in the environment – even as global use of plastics continues to grow. Yu noted that the average age of the men in the OMI autopsy samples was 35, meaning their plastics exposure began decades ago, when there was less plastic in circulation. “The impact on the younger generation might be more concerning,” now that there is more plastic than ever in the environment, he said.
The findings point the way for additional research to understand how microplastics might affect sperm production in the testes, he said. “We have a lot of unknowns. We need to really look at what the potential long-term effect. Are microplastics one of the factors contributing to this decline?”
In disseminating his findings, Yu doesn’t want anyone to panic. “We don’t want to scare people,” he said. “We want to scientifically provide the data and make people aware there are a lot of microplastics. We can make our own choices to better avoid exposures, change our lifestyle and change our behavior.”
Summary:
Don’t panic? Our planet is being poisoned to death. Modify lifestyle? What are people and animals going to stop breathing the poisoned air?
People need to revolt against the covert military operations of destroying our earth for the sake of climate change and military operations.
Connect with Ana Maria Mihalcea, MD, PhD
Cover image credit: Joshua_seajw92
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