In a remarkable medical journey, a baby from Oklahoma named Hazel Randolph has been given a new lease on life thanks to an innovative heart surgery at Stanford Medicine Children’s Health. Initially diagnosed with a rare combination of congenital heart defects, Hazel's prognosis was grim, but her parents' relentless pursuit of advanced medical care led them to a world-renowned pediatric heart center that specializes in complex cardiac procedures.

The challenges faced by Hazel and her family began shortly after birth. Despite appearing healthy initially, Hazel quickly developed severe symptoms due to poor blood flow between her heart and lungs. Her doctors in Oklahoma provided a stent to alleviate immediate issues but ultimately advised hospice care, giving her only six months to live. However, a serendipitous connection introduced the family to Stanford Medicine Children’s Health, where they learned about Dr. Frank Hanley, a pioneer in unifocalization surgery—a procedure designed to repair multiple heart defects simultaneously. This discovery rekindled their hope for Hazel's survival.

Hazel's case was not typical; she had five heart defects instead of the usual four associated with tetralogy of Fallot (ToF) with pulmonary atresia and major aortopulmonary collateral arteries (MAPCAs). The additional defect involved her aortic valve, which required an innovative repair technique. Dr. Hanley collaborated with engineers and scientists to develop a 3D simulation of Hazel's heart, allowing for precise surgical planning. Using this cutting-edge approach, Dr. Hanley successfully repaired Hazel's aortic valve using her own tissue, ensuring a more durable outcome and reducing the need for future surgeries.

Beyond the technical success of the operation, Hazel's story highlights the importance of perseverance and seeking second opinions when faced with dire medical prognoses. Her parents, Loren and Josh, emphasize that while the road was challenging, their determination paid off. Today, Hazel is thriving, celebrating milestones like her first birthday, and enjoying life with her family. The Pulmonary Artery Reconstruction (PAR) Program at Stanford continues to support patients like Hazel, ensuring long-term monitoring and care to help children lead healthy lives.

Hazel's recovery exemplifies the power of innovation and collaboration in medicine. It demonstrates that even in the face of overwhelming odds, there is always hope. Her story inspires others to remain steadfast in their quest for the best possible care, reminding us all that miracles can happen when science and compassion come together.