The potential impact of Spike Protein binding to Estrogen Receptors on fertility and autoimmunity.
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Dr. McMillan’s research focuses on autoimmunity in COVID-1. • 0:03
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Concerns about infertility risk due to Spike Protein interactions with estrogen receptor. • 0:55
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Significant findings on Spike Protein binding and modulating estrogen receptor. • 2:41
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Estrogen and estrogen receptors play a crucial role in cellular function. • 3:07
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Impact of Spike Protein on estrogen receptors could have widespread implication. • 3:40
Interaction between spike protein and estrogen receptor may impact disease severity in men.
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Spike protein interacts with human estrogen receptor ER Alpha, potentially impacting immunity. • 3:57
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Estrogen receptor binding by spike protein could lead to autoimmune response, similar to ACE2 antibodies. • 6:06
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E2 estrogen is crucial for activating estrogen receptors within cells, affecting cellular functions. • 6:40
Potential long-term impacts of spike protein binding to estrogen receptors on menopausal symptoms and population health.
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Women may experience more severe menopausal symptoms due to spike protein impact on estrogen receptors. • 7:14
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Appreciation for donors supporting research efforts and presentation sharing. • 8:07
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Concerns about long-term effects of spike protein circulation and binding to body proteins. • 8:55
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Autoimmunity effects may take years to manifest, posing serious risks to population health. • 9:24
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Urgent need for mitigation to prevent potential horrendous impacts on population health. • 9:34