Milton Wright Finds His Way Back ‘Home’

Milton Wright III has returned to work at the hospital that saved his life.

Milton Wright III has only worked at Seattle Children’s for a couple months, but the hospital has been his second home for much of his life.

Wright’s childhood unfolded within Seattle Children’s walls — making friends, experiencing loss and facing death more times than he can count.

Today, Wright is back at Seattle Children’s — not as a patient, but as an employee and a symbol of hope.

“I want to do something that’s worthy of my life being saved,” Wright said.

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Fighting for Their Lives: Seattle Children’s Immunotherapy Journey

At Seattle Children’s, many children and young adults with cancer are finding hope in T-cell immunotherapy – an experimental treatment that boosts a patient’s immune system and uses it to fight a disease.

Seattle Children’s researchers are leading clinical trials in which a patient’s T cells are reprogrammed to express a chimeric antigen receptor (CAR) on the surface of the cell. The CAR is like a puzzle piece that’s designed to attach perfectly to a specific antigen or marker on the surface of the cancer cell. When they attach, the CAR T cells attack the cancer cells as if they were fighting an infection.

In just five years, Seattle Children’s cancer immunotherapy program has grown tremendously to include trials that target leukemia, brain and spinal cord tumors and solid tumors. Curious how these clinical trials work? Read on to learn more about the immunotherapy clinical trial process at Seattle Children’s.

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Harper Beare is ‘Doing Something Amazing’

Harper was diagnosed with acute lymphoblastic leukemia when she was just 10 months old.

When asked about the birth of her daughter Harper, Sydney Beare lights up.

“Harper was 8 pounds, 1 ounce, 21.5 inches and the most beautiful baby I’ve ever seen!” she said.

By all accounts, Harper was an exceptionally happy, and seemingly healthy, baby. She began sleeping though the night when she was just a few days old and almost never fussed, even when teething. Beare said her daughter was “totally content.”

But in July 2017, when Harper was 9 months old, she became seriously ill.

Harper first developed an ear infection, a staph infection and had an infected cut on her finger. During the next month she became lethargic and pale.

Beare noticed bruises on her legs, and later on her back and face. Harper began having diarrhea and vomiting. She also slept all the time. Despite all this, Harper’s well-child checkup in August revealed no concerns.

Then, on Aug. 21, Harper woke up with a fever.

“She was just lying there, with dry, cracked lips, screaming,” Beare remembered, choking back tears. “I was worried something was wrong but I pushed that idea aside because I didn’t want to think anything bad could happen to my baby.”

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Rapid Genetic Testing Helps Find Answers for Sickest Kids

Rapid exome sequencing (rES), a blood test that can quickly detect genetic abnormalities, is helping obtain timely genetic diagnoses for critically ill children at Seattle Children’s.

A newborn boy was admitted to Seattle Children’s Neonatal Intensive Care Unit (NICU) earlier this year with arthrogryposis — a condition where an infant cannot move, their joints becoming frozen in place. When geneticist Dr. Jimmy Bennett met the infant, he was on a respirator and could only move his eyes.

“We didn’t know the cause of the arthrogryposis and could not tell the parents much about their son’s prognosis — whether he would ever come off the ventilator or if he would be intellectually disabled,” Bennett said. “With so little information, it was difficult to decide how to proceed.”

This family had a previous pregnancy that was similarly affected. Bennett believed the cause might be genetic and recommended rapid exome sequencing (rES) — a blood test that can quickly detect genetic abnormalities.

Less than a week later, the test identified a specific condition that led providers to administer an appropriate therapy. Before long, the child was moving.

“Never in a million years would we have tried this therapy without the genetic test results,” Bennett said. “Two weeks later, the patient was off the ventilator and moving all four limbs. It was like a miracle.” Read full post »

Can We Respectfully Disagree? Navigating Cultural Differences in Healthcare

Dr. Doug Diekema, director of education in Seattle Children’s Treuman Katz Center for Pediatric Bioethics.

Providers often must negotiate with patients and families, but how should disagreements be addressed when the discrepancy is rooted in the patient’s culture or beliefs?

The Journal of the American Medical Association published an example of such a dilemma in 2008.

“Ms. R” was a 19-year-old woman who lived in the United States for several years while her parents lived abroad. She underwent an elective cranial surgery related to complications of a genetic syndrome.

The neurosurgical procedure was successful, and Ms. R seemed to be doing well until 10 days later when she complained of an acute, severe headache and quickly became unresponsive.

Ms. R had suffered an intracranial hemorrhage. Following repeated apnea tests, she was declared brain dead.

Because Ms. R’s parents had not been able to say goodbye, she was kept on a ventilator, pending their arrival.

Her father, who held Ms. R’s durable power of attorney for healthcare, arrived within 24 hours of the declaration of death. He requested the ventilator be continued and asked the provider to administer a traditional Chinese medicinal substance to Ms. R.

The father explained the substance is often used in his native country for a range of conditions, including coma. He asked the treating team to combine “the best of Western and Eastern medicine” to benefit his daughter.

Providers were unsure how to proceed. Should they comply with the family’s request, even though they felt certain it would not benefit the patient’s physical condition?

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When a Child Dies, Program Helps Grieving Siblings

Jenna and Braden Westerholm play together. Braden lost his sister to rhabdomyosarcoma in 2009.

In February 2006, Chris and Michele Westerholm’s 2 1/2-year-old daughter, Jenna, was diagnosed with rhabdomyosarcoma – a cancer made up of cells that normally develop into skeletal muscles. At the time, Michele was 11-weeks pregnant with her son Braden.

“It was frightening to imagine what life would be like, having a child with cancer and a newborn,” Michele said. “I didn’t have the time or the energy to plan for adding a new baby to our family.” Read full post »

Newborn Screening for Rare Disorders Becomes Researcher’s Lifelong Mission

Kaitlyn and Ryan Wyckoff travel from their hometown of Wasilla, Alaska, to Seattle Children’s so Dr. Sihoun Hahn (center) can monitor and treat them for Wilson disease — a rare genetic disorder.

For the first 15 years of his life, Ryan Wyckoff appeared to be a perfectly healthy, active teenager, living with his family in Wasilla, Alaska.

But during New Year’s weekend in 2009, Ryan began to feel seriously ill. He was lethargic and had a high fever that could not be controlled by acetaminophen.

Ryan was so sick he could barely make the trip to his family doctor. The doctor thought Ryan looked jaundiced and referred him to their local hospital, but providers there found nothing wrong so they sent him home.

Ryan’s symptoms worsened. He gained 15 pounds in just a couple days as fluid built up in his abdomen. Ryan’s mom, Lisa Wyckoff, remembered how her tall, slender son looked like he was pregnant.

An MRI revealed Ryan had cirrhosis — advanced scarring in his liver. His condition was life-threatening, so he was flown to Seattle Children’s by Medivac.

“It’s terrifying to have something seriously wrong with your son that no one can figure out,” said Lisa. “We felt so helpless.” Read full post »

A Life Saved Leads to Dream Job: One Biostatistician’s Journey from Kenya to Seattle Children’s

Frankline Onchiri with his daughters (left to right) Nicole and Joey and his wife Everline.

It seems impossible for Dr. Frankline Onchiri to talk about Seattle Children’s without smiling.

When Onchiri joined Seattle Children’s Research Institute as senior biostatistician and epidemiologist in 2015, his role assisting investigators at the Center for Clinical and Translational Research was so much more than a professional dream come true. It also started the next chapter of a personal journey that brought his family from Kenya to Seattle – not once, but twice – and offered him the rare opportunity to work at the hospital responsible for saving his daughter’s life. Read full post »

When Brain Surgery Is the Family Business: A Father’s Day Story

Dr. Jeff Ojemann with his dad, Dr. George Ojemann

Dr. Jeff Ojemann with his dad, Dr. George Ojemann.

For Dr. Jeff Ojemann, chief of the Neurosurgery Division and director of epilepsy surgery at Seattle Children’s, neuroscience is not just a passion – it’s the family business. His father, Dr. George Ojemann, was also a neurosurgeon and a national pioneer in the treatment of epilepsy.

As we near Father’s Day, we asked Ojemann about his dad and how their relationship influenced his career choice. Read full post »

Research Continues to Disprove Link Between Autism and Vaccines

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Dr. Bryan King worries that each time the media includes the MMR vaccine and autism in the same sentence, even if reporting the lack of association, the false idea of a linkage between the two is perpetuated.

A significant body of validated research over the last 15 years has found no link between the measles-mumps-rubella (MMR) vaccine and autism spectrum disorders, yet the false myth that this vaccine may cause or intensify the disorder continues to circulate among some families of children with autism. As a result, some parents delay or forgo the life-saving MMR vaccine for their children.

A new study, led by The Lewin Group and titled “Autism Occurrence by MMR Vaccine Status Among U.S. Children With Older Siblings With and Without Autism,” has been published this week in the Journal of the American Medical Association (JAMA). This study further refuted the concern that children who are at higher risk of developing autism could be negatively impacted by the MMR vaccine. The study included approximately 95,000 children with older siblings and found that receipt of the MMR vaccine was not associated with an increased risk of autism, regardless of whether older siblings had autism.

Dr. Bryan King, director of Seattle Children’s Autism Center and Department of Psychiatry and Behavioral Medicine at Seattle Children’s Hospital and an investigator in Seattle Children’s Research Institute’s Center for Child Health, Behavior and Development, has written an editorial published in the same JAMA issue addressing this research and the controversies that surround it. On the Pulse sat down with King to learn more about these important issues. Read full post »