33^rd Annual Miracle Tournament and Celebration Dinner

Treated at Seattle Children's Hospital in Seattle, WA.

Aisley’s parents took their 3-year-old daughter to her pediatrician when she began experiencing frequent headaches and vomiting, was especially tired and was eating less than usual. Aisley’s pediatrician referred her to Seattle Children’s, where an MRI revealed a life-threatening tumor that was pushing her brain to one side. She needed to go to the intensive care unit immediately, and then undergo emergency brain surgery. Aisley’s parents were stunned. Three days later, Aisley had a six-hour surgery to remove and biopsy her tumor. To pinpoint her exact diagnosis, pathologists used molecular testing - a type of precision medicine testing that was launched just a few years prior. The results showed Aisley had a rare and aggressive brain cancer. Her treatment included six months of chemotherapy, then six weeks of radiation to remove any remaining cancer cells. Her radiation oncology team significantly reduced the risk of damage to Aisley’s brain by using proton therapy to protect areas critical for language, memory and learning. Aisley completed her treatment one year later and continues to have MRI scans every six months – she remains cancer-free today. Thanks to generous donors to the Uncompensated Care Fund, the ongoing costs of the hearing aids Aisley needs are covered. Today, Aisley is an active 7-year-old on a competitive dance team. She loves doing cartwheels, swimming and playing with her sister, Elin.

Thanks to donations to Children’s Miracle Network Hospitals, Aisley had access to innovative cancer care at Seattle Children’s on her way to remission.

Treated at Boston Children’s Hospital in Boston, MA.

The joy of Kennedy’s birth changed to fear when she stopped feeding and her oxygen levels dropped. After six weeks with no answers at a local hospital, Kennedy’s parents drove 90 minutes to Boston Children’s Hospital, where extensive testing revealed Kennedy had a rare condition where her weak trachea could collapse to block the airway, making it hard to breathe. Her doctor explained that Kennedy needed a tracheotomy to keep her airway stable. After 136 days at Boston Children’s, nine-month-old Kennedy was able to go home. The care team helped the family understand how to access benefits for children with complex medical needs, including the care of an at-home nurse. Six years later, Kennedy visits Boston Children’s for check-ups and is making great progress, working toward being able to walk on her own. Kennedy is a proud big sister and loves music and seeing her friends at school.

Donations to Children’s Miracle Network Hospitals supported Kennedy over her 136 days of care with Child Life Specialists, music therapy, and visits from therapy dogs.

Treated at Baylor Scott & White McLane Children's Medical Center in Waco, TX.

Identical twins Audrey and Ella were born nine weeks premature, and each weighed two pounds. They spent several weeks in the neonatal intensive care unit at Baylor Scott & White McLane Children’s Hospital. Despite their early arrival, the twins were healthy, and their early interventions were very minimal. However, when they were one year old, a routine doctor’s visit led to a referral to a plastic surgeon at McLane’s Children’s Hospital who found both of their skulls were developing in a triangular shape. This condition, Metopic Craniosynostosis, happens when the bone plates that make up the skull fuse too early and can lead to vision, learning and behavioral issues. Audrey and Ella required a Cranial Vault reconstruction/reconstructive surgery at 17 months old. After their ten-hour procedure, the doctors confirmed that they did not need any additional surgery. Today, the twins are six-years old and are growing and thriving. With their scars hidden beneath their hairline, you would never know of their condition.

Donations to Children’s Miracle Network Hospitals helped to purchase the equipment used for Audrey and Ella’s Craniosynostosis Cranial Vault reconstruction/reconstructive surgery.