Kim Kardashian Reveals Stress-Induced Brain Aneurysm, Citing Kanye West Encounters
Kim Kardashian revealed a small, stress-induced brain aneurysm, attributing it and psoriasis flare-ups to stress from co-parenting with ex-husband Kanye West, a life-threatening condition.
Kim Kardashian reveals she was diagnosed with brain aneurysm
New York Daily News
Overview
- Kim Kardashian has been diagnosed with a small, stress-induced brain aneurysm, a serious medical condition that she recently disclosed publicly.
- She attributes this life-threatening condition, along with her psoriasis flare-ups, partly to the significant stress from co-parenting and encounters with ex-husband Kanye West.
- A ruptured brain aneurysm can lead to severe health problems or even death, underscoring the critical and potentially fatal nature of her diagnosis.
- Despite the finalization of her divorce from Kanye West, he remains an ongoing part of her life due to their shared responsibility for their four children.
- Kardashian expressed relief that the divorce process is complete, even as she navigates these health challenges and continued family ties with West.
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Analysis
Center-leaning sources frame this story by highlighting Kim Kardashian's personal struggles and linking her aneurysm scare directly to the stress from her divorce from Kanye West. They emphasize her narrative of protecting her children and enduring West's "antics" and "tirades," including past controversial behavior, positioning her medical condition within a dramatic personal struggle against external pressures.
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FAQ
Brain aneurysms are typically caused by weakness in the blood vessel walls, often due to genetic factors or conditions such as hypertension. Stress itself does not directly cause aneurysms but can exacerbate existing conditions.
Symptoms include a sudden severe headache, nausea, vomiting, stiff neck, blurred vision, sensitivity to light, seizures, and loss of consciousness.
Treatments include surgical clipping, endovascular embolization, and flow diversion. These methods aim to prevent blood flow into the aneurysm, reducing rupture risk.
History
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3 articles