Summer school is in session for researchers at Seattle Children’s Research Institute, and although there are text books and a final exam, very little else about the biology course taught by Dr. Philip Morgan and his fellow scientist and wife, Dr. Margaret Sedensky, is business as usual. That’s because their students are Tibetan monks and their classroom is at a monastic university in southern India. Read full post »
Strokes come in many shapes and sizes. In children and adults, strokes often present sudden limb or facial numbness, confusion and dizziness.
But some strokes that cause clots to develop in the small blood vessels of the brain don’t exhibit any symptoms at all. Studies have shown that hundreds to thousands of these small, asymptomatic strokes, known as microinfarcts, likely occur over the course of decades in adult brains and may contribute to cognitive decline as we age. Even less is known about the occurrence and consequences of microinfarcts in young, developing brains.
Enter Dr. Andy Shih, principal investigator at Seattle Children’s Research Institute’s Center for Developmental Biology and Regenerative Medicine. Shih hopes to solve the mystery of microinfarcts by using advanced optical imaging — modeling them in the lab and visualizing their effects in real-time. On the Pulse sat down with Shih to learn more about his work and how he’s applying his discoveries from studying dementia in aging brains to understanding how blood vessels and clots first emerge in the brain. Read full post »
Earlier this year, Nicole D’Ambrosio found herself in front of a room full of scientists that were gathered in part to discuss their progress on a novel cell therapy that has the potential to one day save her son’s life.
She had been asked to present her family’s story as part of a company-wide meeting at Casebia Therapeutics in Boston. As she began, she recounted how her only child, 7-year-old Sonny, has reached the brink of death more times than she can remember because of the rare autoimmune disorder he was diagnosed with as an infant. How the bone marrow transplant he received was the only thing that could save him, but caused endless complications, including skin necrosis and epilepsy.
How the thought of going through another transplant when the initial transplant failed compelled her and her husband to pack up their home and move 3,000 miles west to seek other options. How she lies awake at night praying that Sonny’s body can stay strong enough until a safer treatment comes along. How, despite everything he’s been through, Sonny is still a happy little boy with a wicked sense of humor. Read full post »
When Arabella Smygov was diagnosed with spinal muscular atrophy (SMA) type 1 at 3 months old, the first recommendation Dr. Fawn Leigh, a neurologist at Seattle Children’s, gave her parents, Sarah and Vitaliy, was to wait on searching for information about SMA online.
This is because up until a few years ago, SMA type 1 was a fatal diagnosis. Most of the information available online painted a bleak picture. Babies diagnosed with SMA type 1, the most severe and common form of the neurodegenerative disease, usually don’t survive beyond age 2 and if they do, they require full support for breathing from a ventilator.
Leigh had good reason for wanting her parents to have hope for Arabella’s future. Two treatments, including the first-ever drug approved for the condition by the U.S. Food and Drug Administration (FDA) in 2016 called Spinraza, and Zolgensma, a gene therapy approved by the drug agency this month, are rapidly changing the trajectory for children with Arabella’s condition.
“I always remember back to when I had to offer my first SMA diagnosis,” Leigh said. “I was heartbroken to tell this young couple that we didn’t have anything for their baby. Now, we’re planning a future for these babies because we have not one, but two good treatment options.” Read full post »
The lopsided smile on Makenzie’s face said it all. She had just thrown up, and her dad, Shawn Childs, was helping her get cleaned up in the bathtub.
“My husband yelled for me to come into the bathroom and then asked Makenzie to smile,” Jamie Childs, Makenzie’s mom, said. “The smile was devastating. It was only the right half of her face. I knew something wasn’t right.” Read full post »
Scientists at Seattle Children’s Research Institute are paving the way to use gene-edited B cells – a type of white blood cell in the immune system – to treat a wide range of potential diseases that affect children, including hemophilia and other protein deficiency disorders, autoimmune diseases, and infectious diseases. If successful, their research would open the door to offering this experimental cell therapy as the first-of-its-kind in clinical trials at Seattle Children’s in as soon as five years. Read full post »
Wanting to do something different to address the alarmingly high number of newborn deaths in low income countries, Dr. Rachel Umoren, a neonatologist at Seattle Children’s, turned to virtual reality (VR).
As mobile phone-based VR programs became increasingly accessible, Umoren thought the emerging technology could offer a better way to equip health care providers with the skills necessary to save babies’ lives in low- and middle-income countries with high neonatal mortality rates.
Her case was compelling: with mobile VR training, providers could learn and easily maintain new skills at their own convenience, on their own smartphone, and with game-based automated feedback that is ideal for learning. With its on-demand availability, she believed mobile phone-based VR training could effectively translate into clinical practice better than current training methods.
“Mobile technologies are ubiquitous in low and middle income countries, yet they are relatively untested at disseminating health care information or training in these settings,” Umoren said. “I wanted to see how we could apply innovations in virtual reality to address the pressing issue of neonatal mortality.” Read full post »
Every year, over 1.2 million people continue to be infected by HIV. Of these, about 160,000 are infants that contract the virus from their mother. Without treatment, a third of these infants die by their first birthday, and half of them do not make it to age 2.
Thanks to programs that identify and treat HIV-infected mothers and children, the number of deaths in children has decreased nearly 50% since 2010. Despite this success, HIV infections in infants remain persistent primarily because not all mothers know if they are infected or, for a variety of reasons, are unable to adhere to taking the antiretroviral medications they need to prevent transmission.
To close the gap, scientists at Seattle Children’s Research Institute are looking for new clues in an important indicator of overall infant health – a baby’s developing immune system and microbiome. Ongoing research not only examines how an infant’s microbiome can evolve to help protect against HIV infection, but also what factors, such as diet, alter an infant’s susceptibility when exposed to HIV through their mother’s breast milk. Read full post »
The first findings to result from a collaboration between Seattle Children’s Research Institute and Microsoft data scientists provides expecting mothers new information about how smoking before and during pregnancy contributes to the risk of an infant dying suddenly and unexpectedly before their first birthday.
According to the study published in Pediatrics, any amount of smoking during pregnancy – even just one cigarette a day – doubles the risk of an infant dying from sudden unexpected infant death (SUID). For women who smoked an average of 1-20 cigarettes a day, the odds of SUID increased by 0.07 with each additional cigarette smoked.
“With this information, doctors can better counsel pregnant women about their smoking habits, knowing that the number of cigarettes smoked daily during pregnancy significantly impacts the risk for SUID,” said Dr. Tatiana Anderson, a researcher in Seattle Children’s Center for Integrative Brain Research and lead author on the study. “Similar to public health campaigns that educated parents about the importance of infant sleep position, leading to a 50% decrease in sudden infant death syndrome (SIDS) rates, we hope advising women about this risk will result in less babies dying from these tragic causes.”
If no women smoked during pregnancy, Anderson and her co-authors estimate that 800 of the approximately 3,700 deaths from SUID every year in the U.S. could be prevented, lowering current SUID rates by 22%. Read full post »
For the first time in his life, Shanahan “Shanny” Dameral, 19, has a girlfriend. Soon, he’ll be graduating with a high school diploma and looking for his first job on the Kitsap Peninsula.
What seems routine for many is a big deal for Shanahan and other children living with treatment-resistant or intractable epilepsy. For reasons largely unknown, seizures in this subset of children persist long past their discovery in early childhood despite being treated with multiple medications and undergoing surgery to remove the affected parts of their brain.
Diagnosed with epilepsy at age 5, life for Shanahan has always come with seizures attached. When his seizures returned after a second brain surgery shortly after his 16th birthday, his mom Linley Allen, hoped for a medical breakthrough.
“We needed to find something else since another surgery was out of the question,” Allen said. “We had heard about a drug being studied for a more severe seizure condition. I kept holding onto hope that it might be expanded to treat Shanny’s type of seizures because it was all we had at the time.”
Then last year, Shanahan’s longtime neurologist at Seattle Children’s, Dr. Russell Saneto, told the family about a phase 1 trial of an experimental therapy known as Nab-rapamycin (ABI-009) for patients with intractable epilepsy at Seattle Children’s.
“Dr. Saneto has always pushed for better ways to treat Shanny’s seizures, and even after he explained that this trial was early in the research process, Shanny popped right up and asked, ‘When do we start?’” said Allen. “I was like, ‘Shanny, this is going to be a couple of years out,’ so we were both surprised when Dr. Saneto said, ‘No, you can start next month.’” Read full post »