What are the potential long-term neurodevelopmental risks of COVID-19 in children?

Children born to mothers infected with COVID-19 during pregnancy may have an increased risk for neurodevelopmental challenges such as autism and delayed speech development.

What are the cognitive impacts of COVID-19 on adults?

Adults who have recovered from COVID-19 may experience cognitive deficits, including difficulties with memory and cognition, sometimes equivalent to a significant drop in IQ points.

Home / Health / COVID's Lingering Scars: Brain Fog to Cancer

COVID's Lingering Scars: Brain Fog to Cancer

Q: Can COVID-19 reactivate dormant cancer cells?

Research indicates that COVID-19 can reactivate dormant cancer cells, leading to a higher mortality risk among cancer survivors who contract the virus.

27 Jan

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Summary

COVID infections can cause long-term issues like autism and brain aging.
Vaccines may reduce long-term risks, but uptake is low.
The virus can reactivate dormant cancer cells, increasing mortality risk.

COVID's Lingering Scars: Brain Fog to Cancer

Emerging research continues to uncover the extensive long-term health consequences of COVID-19, even following mild infections. Scientists are documenting a range of chronic issues that persist long after the initial illness has resolved.

Studies indicate that children born to mothers infected during pregnancy may face an increased risk for neurodevelopmental challenges, including autism and delayed speech. Furthermore, adults who recovered from COVID-19 have shown cognitive deficits, with some studies suggesting a significant drop in IQ points, impacting millions.

The virus has also been linked to more severe health outcomes. Research suggests COVID-19 can reactivate dormant cancer cells, leading to a higher mortality risk for cancer survivors. Cardiovascular events and blood clots are also more prevalent post-infection, with elevated risks persisting for years.