Scientists discover human DNA in a 2-billion-year-old meteorite
In a discovery that challenges everything we thought we knew about life in the universe, researchers have identified traces of human DNA in a meteorite that is over 2 billion years old. This astonishing finding raises profound questions about the origins of life on Earth and the possibility that life’s building blocks may have traveled across the cosmos.
The meteorite, recovered from a remote region, was subjected to rigorous testing to rule out contamination. Advanced genomic analysis revealed sequences remarkably similar to human DNA, suggesting that complex organic molecules, or even life-related material, might have existed far earlier than previously believed. Scientists caution that this does not imply humans existed 2 billion years ago, but it could indicate that DNA components or precursors were present in space, seeding planets like Earth with the ingredients for life.
Traditionally, researchers believed life’s complexity evolved solely on Earth over billions of years. This discovery introduces the possibility that extraterrestrial material contributed to the development of life, supporting theories of panspermia, where life’s essential molecules are distributed across planets by asteroids, comets, and meteorites.
If confirmed, this finding could revolutionize our understanding of biology, evolution, and the universe itself. It may suggest that the ingredients for life are far more common than previously imagined and that Earth’s emergence of complex life might be part of a larger cosmic process.
The discovery sparks wonder and curiosity about what other secrets the universe may hold. Could life, or its building blocks, exist elsewhere? Are we connected to the stars in ways we have yet to comprehend? This breakthrough reminds us that the universe is full of mysteries waiting to be explored.
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🚨 New peer-reviewed evidence linking mRNA COVID-19 vaccines to cancer recurrence and increased incidence raises urgent questions.
A case from Kochi Medical School, Japan, published in the Journal of Dermatological Science, details an 85-year-old woman in remission from breast cancer for over a year.
One month after her sixth mRNA vaccine dose in early 2023, she developed aggressive metastatic skin lesions.
Biopsies confirmed invasive ductal carcinoma with high mitotic activity.
Immunohistochemistry revealed SARS-CoV-2 spike protein in nearly all tumor cells’ cytoplasm and nuclei—a novel finding.
No nucleocapsid protein was detected, confirming the vaccine as the spike source, not a natural infection.
Professor Shigetoshi Sano, the lead author, stated, “The presence of spike protein but not nucleocapsid protein in cancer cells is a novel finding… strongly suggesting a potential link between mRNA vaccines and cancer progression/metastasis.”
The study proposes several mechanisms for this link.
Vaccine mRNA or ...
