Henry Dotson Received Life-Saving Liver Transplant

The young boy traveled to Miami in 2026 for a procedure to treat a rare genetic disorder.

Updated on Oct. 7, 2026 in Babies

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One-year-old Henry Dotson successfully received a liver transplant at the Miami Transplant Institute in 2026 to treat a rare genetic condition. AI Illustration. Upload story photo >

In 2026, one-year-old Henry Dotson underwent a successful liver transplant at the Miami Transplant Institute. The procedure was performed to address Ornithine Transcarbamoylase deficiency, a condition that causes dangerous levels of ammonia to accumulate in the body.

Why it matters

The transplant provides a long-term solution for a patient whose condition previously required constant dialysis and a highly restrictive diet. This intervention addressed the underlying genetic cause of his toxic ammonia buildup.

Henry Dotson was one year old when he received the transplant after spending two months on the waiting list. His mother, Amanda Dotson, is a known carrier of the gene responsible for the deficiency.

The players

Henry Dotson

He is a young patient who underwent a life-saving transplant to manage a rare genetic liver disorder.

Amanda Dotson

She is the mother of Henry Dotson and a carrier of the gene for Ornithine Transcarbamoylase deficiency.

Miami Transplant Institute

This is a specialized medical facility in Miami that performs complex transplant surgeries.

The details

To manage the disorder prior to the transplant, Henry Dotson required intensive medical intervention including dialysis and a strict diet to prevent ammonia toxicity. The family moved to the area to utilize the specialized care at the Miami Transplant Institute, eventually residing at a local Ronald McDonald House during the recovery phase.

Timeline

  1. Henry Dotson received the liver transplant in 2026.

Culture Shift

This procedure reflects the ongoing evolution of pediatric metabolic care and the expanded accessibility of complex organ transplants. It highlights how specialized institutional support enables families to manage severe genetic conditions that were previously considered unmanageable.

The case highlights the presence of specialized pediatric transplant resources available within the Miami community. Families navigating similar rare diagnoses can utilize these facilities for advanced medical interventions.

The takeaway

Early diagnosis and access to specialized transplant centers remain critical for managing genetic metabolic deficiencies in infants. Patients and families facing similar diagnoses should consult with metabolic specialists to discuss potential surgical options.

Further reading

Learn more about advancements in pediatric care on the Babies section.

Source note: This article includes information reported by WSVN 7News | Miami News, Weather, Sports | Fort Lauderdale.