Kenley Teller, 6, snowboards with two prosthetic legs.
Watch 6-year-old Kenley Teller snowboard down a slope and you’ll notice two things right away: a big smile on her face and her fiery red hair billowing in the wind beneath her helmet. What is not apparent are her two prosthetic legs.
“She’s free when she snowboards,” said Kenley’s mother, Mary Teller. “I don’t want to say she feels normal, because how do you define normal anyway? She may need to do things a little different than other people, but she can still do them. I’m constantly in awe of her.” Read full post »
Maggie Burke, 9, aspires to be an Olympic gymnast.
When 9-year-old Maggie Burke broke her elbow after an unusual landing while vaulting at gymnastics practice, she was concerned her dream may be in jeopardy.
She’s a competitive gymnast with a dream to compete in the 2024 Olympics, and so when she found out her injury would require surgery and a cast, she was feeling anxious. She never needed surgery before and her emergency trip to Seattle Children’s was the Burke family’s first trip to the hospital.
“During surgery prep, the staff found out about Maggie’s passion for gymnastics and her dream,” said Maggie’s mother, Odilia Burke. “We felt greatly supported by kind, caring and knowledgeable people that would soon have our daughter in their hands of expertise. What we weren’t expecting was the surprise we received when Maggie came out of recovery.”
In the operating room, while doctors expertly cared for Maggie’s elbow and set her arm in a cast, a surgical technologist went to work designing something special just for Maggie. It was a small gesture, but just what the doctor ordered. Read full post »
Emmy Anderson and her daughter Wren sharing a happy moment
When your child is sick with a rare condition that can’t be named, the search for an answer can seem frustrating and hopeless. For Kirk and Emmy Anderson, navigating the lengthy diagnostic process for their daughter, Wren, was something they endured with the hope that an answer would eventually come.
By about 6 months of age, Kirk and Emmy noticed that Wren was not meeting her developmental milestones. After a febrile seizure led to a stay in in Seattle Children’s Neonatal Intensive Care Unit (NICU), they received the news that a brain MRI showed Wren had a decrease in the amount of white matter in the brain, as well as a fluid filled sack growing between her brain and spinal cord. Despite the findings, doctors didn’t yet know what was causing these issues to arise.
Kendall Stark was born with giant omphalocele, a condition where her liver protruded from her body. Now at 14 years old, she is a champion gymnast.
At 14 years old, Kendall Stark’s athleticism shines through her gymnastics medals and trophies that sit proudly on her shelf.
Glancing at this display, it might be hard to believe that the same young girl, who can bend, flip and dismount off the uneven bars eight feet from the ground, was born with a condition where her liver protruded from her body.
Kendall’s mother, Kyra Stark, was just 24 weeks pregnant when she was told by a doctor in her hometown of Billings, Montana, that her baby would be born with a condition called giant omphalocele.
Omphalocele is a type of abdominal wall defect where the intestines or other organs grow outside of the baby’s body and is covered by the layers of the umbilical cord, which forms a sac around them. It can vary in size and babies born with giant omphalocele face the risk of lung disease caused by organs squeezing against the lungs.
Today, Kyla Greenstein is an active 13-year-old girl who loves to skiing, among other sports.
From the time Kyla Greenstein was born, something wasn’t quite right with her digestion system. Kyla suffered from chronic diarrhea and bloating, and although she seemed to be an otherwise healthy child, it was concerning for her parents. It wasn’t until a well child check at the age of 5 when the family learned about an unexpected theory for their daughter’s tummy woes.
“On a day-to-day basis she was a happy child,” said Cindy Greenstein, Kyla’s mother. “But occasionally she would bloat and her stomach would be painful to the touch. We knew something was going on, just not what exactly.”
Her doctor recommended she be checked for celiac disease, and so the family was referred to Seattle Children’s where the diagnosis was confirmed.
Celiac disease is an autoimmune disorder. When someone with celiac disease eats gluten, a protein found in wheat and rye, it causes an immune system reaction and stimulates the body to attack the small intestine.
Rini Olson, now 5, was dying in a Chinese hospital when she was adopted by Andrea and Eric Olson and brought home to the United States with hopes for a heart transplant. Dr. Erin Albers (left) and transplant nurse coordinator Pam Hopkins are part of the team that guides Rini and her parents through the follow-up care that keeps her new heart healthy.
When Andrea and Eric Olson adopted their daughter, Rini, from China, she was 22 months old and needed a heart transplant. But pediatric heart centers across the United States told the Olsons, who live in Salem, Ore., that Rini was too malnourished to endure the operation.
“We got ready to say goodbye,” Andrea Olson remembers. “Then Seattle Children’s called and said they would consider Rini for a transplant. I couldn’t stop crying — I could tell from Rini’s eyes that she didn’t want to give up.”
Families travel from around the world to Seattle Children’s Heart Center because, like the Olsons, they’ve been told their child is too medically complicated or too fragile to survive a transplant. Seattle Children’s is using innovative approaches to expand the boundaries of heart transplants and give these families hope. The center’s survival rates are among the nation’s best — more than 92% of patients live for more than three years after heart transplants.
“Sometimes you have to try something new or a child is going to die,” says Dr. Michael McMullan, who directs the transplant surgery program. “Those kids deserve a chance to live, and we believe we have the expertise and experience to be successful even when we’re doing something that hasn’t been done before.” Read full post »
The abnormality in Julia De Vos’ left eye was later identified as retinoblastoma. Julia’s mother, Amanda De Vos, took the photo and was quick to alert the family pediatrician when she noticed the white dot.
Some pictures are worth much more than a thousand words.
Like the picture Amanda De Vos took of her daughter Julia, which helped to identify retinoblastoma, a rare eye cancer that was stopped in its tracks with an innovative treatment at Seattle Children’s.
De Vos, a professional photographer, was reviewing shots she took of her 15-month-old identical twin daughters, Julia and Jemma, when a photo of Julia caught her attention. The image shows an excited toddler in dinosaur pajamas, her open mouth featuring three new bottom teeth.
An off-white glow in Julia’s left eye gave De Vos pause. It was an abnormality De Vos hadn’t seen previously in any of the thousands of pictures she had taken. The pupil in Julia’s right eye had a red dot in it—a common photographic nuisance that results when light from a camera flash reflects off the retina in the back of the eye. Read full post »
Brooklyn Clasby, now 10 years old, received a Potts shunt at the age of 8.
In February 2010, Jennica Clasby knew something was wrong when her 3-year-old daughter, Brooklyn, said she needed to sit down because her “heart hurt.”
“I thought it was really odd to hear that coming from a 3-year-old,” Clasby said. “I sat her down on my lap, put my hand over her heart and I was terrified to feel that it was practically pounding out of her chest.”
Clasby and her husband Brandon, who lived in Colorado, rushed Brooklyn to the emergency room where they were shocked to learn she was in heart failure. Brooklyn was diagnosed with pulmonary hypertension (PH), or high blood pressure in the lungs. PH is a chronic condition that occurs when the muscle in the wall of the blood vessels and arteries in the lungs thickens and cannot properly expand to receive blood coming from the heart. This causes resistance to the heart, which then works harder to pump the blue blood in need of oxygenation into the lungs. Over time, the strain on the heart can cause it to fail.
“Our world was turned upside down,” Clasby said. “It’s incredibly hard to hear that your daughter has an incurable, lifelong disease that will progressively get worse. It changed the way we lived and gave us a new appreciation for life.”
The right side of Parker Walsh’s body and brain are bigger than the left. Doctors at Seattle Children’s Research Institute are studying a genetic mutation that could point to a cause for his condition.
When Parker Walsh flashes his toothy smile, he can get everyone around him grinning as well. That smile has pulled Parker, 21, and his family through a lot of tough times.
Parker was born with a host of medical issues that have impacted his development—a craniofacial abnormality, gastrointestinal issues, neurological delays and speech difficulty. Doctors could not pinpoint a specific cause for his conditions, and offered the best treatments available based on their diagnoses.
Now, doctors at Seattle Children’s Research Institute studying a gene that controls cellular growth have provided clues for what might have contributed to some of Parker’s medical issues, and the information could lead to improved diagnosis and therapies for babies and kids that share Parker’s experience. Read full post »
What if your child could help unlock a mysterious diagnosis or test a new treatment?
Each year, hundreds of patients participate in research studies conducted by Seattle Children’s Research Institute. Although the focus of the studies varies broadly, they all have one common goal: creating a better future for generations of children.
This year, the research institute celebrated its 10th anniversary. In just one decade, the research team has grown from 40 people to more than 1,500 faculty and staff members conducting groundbreaking research in state-of-the-art labs in three downtown Seattle buildings.
To commemorate this milestone, we interviewed young people and their families who have propelled research on concussions, asthma, Kawasaki disease and other conditions our researchers work on every day. Thanks to the families and young people who contribute to research, Seattle Children’s can improve treatment and care for children’s illnesses around the globe.
Seattle Children’s provides healthcare for the special needs of children regardless of race, color, creed, national origin, religion, sex (gender), sexual orientation or disability. Financial assistance for medically necessary services is based on family income and hospital resources and is provided to children under age 21 whose primary residence is in Washington, Alaska, Montana or Idaho.