U.S. Surgeon Restores Hope For Turkish Baby With Mirror Hand

Checklist: explain the rare condition and impact, describe the international journey for care, profile the surgical team and procedure, include direct quotes and embeds, highlight the life-changing result for the child.

This piece tells the story of a Turkish infant born with an exceptionally rare hand disorder and how medical teams in St. Louis provided reconstructive care that changed the child’s prospects. The article traces the family’s long trip, the diagnosis of Ulnar Dimelia, the collaboration across languages, and the three-hour surgery that recreated a functional radius and removed extra fingers. It keeps the original quotes intact and places the embedded materials where they appeared in the reporting.

Eighteen months ago, Emircan and Gulten Buga welcomed their daughter Elisa into the world and quickly learned her anatomy was far from typical. In the womb she developed Ulnar Dimelia, sometimes called Mirror Hand Syndrome, a condition estimated to appear in about one in a million births. Elisa arrived without a radius bone, which limits wrist and elbow motion and stunts shoulder development, and she was born with eight fingers on one hand.

When a family faces something so rare, access to specialized care matters more than almost anything else. Donors to St. Louis Children’s Hospital Foundation support an International Free Care Fund, which connected the Bugas with the hospital’s orthopedic team. That connection set in motion a complex plan: translators, logistics, fund coordination, and ultimately, a cross-continental trip from Turkey to Missouri.

Local teams worked to bridge language barriers while preparing for reconstructive surgery that would attempt to restore normal anatomy and function. The Bugas do not speak English, so translators and translation software became essential tools while doctors and staff explained options and risks. Through those conversations Elisa’s parents developed trust in the surgical team, which made the decision to travel possible.

Dr. Charles Goldfarb, an orthopedic surgeon at St. Louis Children’s Hospital, described the rarity of this diagnosis and the unusual nature of seeing it in clinical practice. He emphasized that even seasoned pediatric surgeons seldom encounter Mirror Hand, underscoring both the challenge and the opportunity. Complex congenital cases like this require not only surgical skill but also multidisciplinary coordination and follow-up care plans.

The family’s arrival in St. Louis involved help from several institutions that support international patients and families. The International Office at Washington University and the Ronald McDonald House provided practical support during the stay. Those elements of care—housing, translation, and coordination—are often as critical as the operation itself when families travel thousands of miles for a single surgery.

“From the very beginning, he was really warm, genuine, and gave us a lot of hope. Honestly, the trust and support he gave us played a huge role in our decision to come to St. Louis,” said Emircan Buga, Elisa’s father.

Emircan and his wife, Gulten, only speak Turkish and used a translator. They said the language difference never got in the way of their daughter receiving care.

Initially, I had conversations with them, from afar, but we talked on the phone and we did FaceTime, just communicating about her condition, [Dr.] Goldfarb said.

“They provided us with immense support regarding every problem we might encounter or face along the way. We would like to thank them for the support they provided, both financially and psychologically,” Emircan said.

Surgery took place on January 30, 2026, and lasted roughly three hours, according to the surgical team. The plan included constructing a radius bone, aligning it with the existing ulnar bone to restore joint mechanics, and removing redundant digits to produce a functional hand. Those steps aim to give Elisa a range of motion that supports play, dressing, and school tasks as she grows.

For surgeons, cases like this are a rare chance to apply reconstructive principles in a dramatic way. The operation’s goal is not simply cosmetic; it is about rebuilding anatomy so the child can use the limb effectively throughout development. Early intervention like this can change the trajectory of motor skill development and social participation for a lifetime.

Surgeons often talk about the rewards of seeing long-term outcomes in children who receive corrective care early in life. Dr. Goldfarb shared his enthusiasm for witnessing the transformation that follows pediatric reconstruction, noting the particular satisfaction of affecting a child’s future at an early stage. That perspective matters to families making emotionally fraught choices about international travel and complex operations.

…[I]t’s so fun for me as a surgeon, who interacts with kids young and old, but at an early point in their life, to watch what happens after. And I do think a surgery like this is life-changing and will really help her succeed in all aspects.

After surgery, families face rehabilitation and monitoring to ensure bones heal in the intended alignment and that motor therapy promotes strength and coordination. Follow-up care connects the surgical result with real-world function, and the team in St. Louis arranged the next steps for Elisa’s recovery. For now, the immediate outcome is hope: a reconstructed limb that can grow and adapt as she does.

This story is an example of how specialized pediatric care, philanthropic support, and international coordination can converge to help a single child. It highlights the practical barriers families overcome to reach advanced care and the meaningful difference surgeons and care teams can make when that care is available. The journey for Elisa and her parents underlines how medicine, logistics, and human compassion meet at the operating table.