Cuban influencer Lianet Martí, popularly known as La Mija on social media, recently opened up to her followers about a harrowing incident her family faced. Her husband, Jorge Luis Ruiz, experienced a cardiac crisis that necessitated immediate medical intervention.
In a heartfelt message shared on Instagram, La Mija revealed that her husband was born with Wolff-Parkinson-White syndrome, a congenital condition unknown to them until a few days ago. This syndrome is characterized by an extra electrical pathway in the heart, which can cause severe arrhythmias.
"We went through the toughest 48 hours of our lives. Thankfully, we're now home and everything is fine, thanks to God and the doctors who acted swiftly," La Mija shared, posting several photos from the hospital and detailing the difficult experience they endured.
She further explained that the arrhythmia her husband suffered could have led to serious consequences had they not responded quickly. Consequently, doctors performed a procedure to correct the issue by cauterizing the additional electrical pathway responsible for the arrhythmia.
Post-surgery, Jorge Luis is now recuperating at home with his family. La Mija expressed her gratitude for the outpouring of support on social media and assured that her husband is on track to resume his normal life.
The couple, who reside in Miami and create content for social media, are currently enjoying a positive personal and professional phase. Just a few months ago, they celebrated the birth of their third child and recently appeared on the Premio Lo Nuestro red carpet, mingling with other artists and influencers from the entertainment world.
Understanding Wolff-Parkinson-White Syndrome and Its Implications
What is Wolff-Parkinson-White syndrome?
Wolff-Parkinson-White syndrome is a congenital heart condition characterized by an extra electrical pathway in the heart, which can lead to rapid heart rates or arrhythmias.
How can Wolff-Parkinson-White syndrome be treated?
Treatment often involves a procedure to cauterize the additional electrical pathway, thereby preventing the occurrence of arrhythmias.