Skyler: Hemochromatosis, Heart Block, and Liver Transplant
A child with fainting and bradycardia is diagnosed with inherited iron overload, then deteriorates into liver failure.
In Plain English
Skyler's slow heart rhythm is dangerous enough for a pacemaker, and the genetic testing that explains it also reveals a donor who may save her liver.
What Happened in the Episode
Mick initially refuses to donate because he has another family, then appears after Skyler's performance and ultimately donates part of his liver.
Clinical Concept
Inherited iron overload, bradycardia/heart block, pacemaker, genetic carrier testing, privacy, shock liver, hepatic encephalopathy, transplant listing, and living-donor liver transplant.
What ER Teams Would Evaluate
A real team would confirm the rhythm diagnosis, assess reversible causes, evaluate iron overload and organ damage, involve genetics, trend liver tests and coagulation, and perform donor matching plus living-donor risk counseling.
Treatment and Management Overview
Management may include pacemaker implantation, iron-reduction therapy when stable, supportive care for liver failure, transplant listing, and living-donor transplant when clinically and ethically appropriate.
What TV Gets Right
The episode connects a genetic diagnosis to family testing and recognizes that the biological father may carry clinically relevant risk for other children.
What TV Compresses
It compresses transplant exceptions, donor workup, informed consent, immunologic matching, and recovery after liver donation.
Sources and Further Reading
- iDRief catalog page
- Springfield! Springfield! transcript
- The Good Doctor Wiki - Growth Opportunities
- Rotten Tomatoes episode synopsis
- What to Watch recap
- Plex episode metadata
- Springfield! Springfield! transcriptEPISODE
Supports: Supports Skyler's fainting, bradycardia, pacemaker, hemochromatosis, paternity/carrier finding, shock liver, UNOS listing, hepatic encephalopathy, and Mick's liver donation.
- Rotten Tomatoes episode synopsisEPISODE
Supports: Supports that Shaun, Asher, and Powell treat a young patient with a rare hereditary disease.