Imagine your child's heart stopping – not just for a moment, but for a full two minutes. That terrifying scenario became reality for Lateishia Curtis when her two-year-old daughter, Briar, suffered a severe seizure in April 2025. But what if I told you that a groundbreaking scientific discovery, years in the making, was the key to bringing Briar back from the brink? This is the incredible story of how science saved Briar's life.
From the very beginning, Briar faced health challenges. Even before birth, her heart rate was alarmingly high and unpredictable. After she was born, she struggled to gain weight. Periodic seizures became a constant worry, so much so that Lateishia couldn't bear to leave her daughter alone, even for a second. But this seizure… this was different. This was the worst one yet.
Lateishia's quick thinking and CPR skills managed to revive Briar, and she rushed her to the local hospital in Richfield, Utah. After an overnight stay, Briar was discharged. But Lateishia knew in her heart that something was still terribly wrong. Briar was listless, withdrawn, and lacked the strength even to sit up. And this is the part most people miss: silently, inside Briar's chest, a tiny heart monitor – implanted a year earlier – was diligently recording the data that would ultimately save her life.
This wasn't just any heart monitor. It was a loop recorder, a small, battery-powered device, about the size of a pen cap, placed under the skin to continuously track heart activity. Now, here's where it gets controversial: It's exceedingly rare for a two-year-old to have one of these devices. So how did Briar end up with this life-saving technology?
The answer lies in the years of research conducted by Dr. Martin Tristani-Firouzi, a cardiologist at University of Utah Health and Intermountain Primary Children's Hospital. Dr. Tristani-Firouzi dedicated his career to understanding the causes of sudden death in young people. His investigation led him to explore the genetics of sudden death, where he stumbled upon a surprising link between epilepsy and heart problems.
By meticulously analyzing a vast database containing genetic information from hundreds of patients, Dr. Tristani-Firouzi made a startling discovery. He found that children who had died suddenly were not only more likely to have dangerous genetic changes related to heart problems (which was somewhat expected) but also, surprisingly, more likely to have changes in genes associated with severe epilepsy – like Briar's. You can read more about this research here: https://link.springer.com/article/10.1186/s13073-024-01284-w.
"That was something we weren't expecting to see," Dr. Tristani-Firouzi explained. This unexpected finding sparked a crucial question: Were children with epilepsy more prone to heart problems? Based on his groundbreaking research and Briar's specific medical history, Dr. Tristani-Firouzi made the bold decision to implant a loop recorder to meticulously monitor her heartbeat. The goal? To provide an early warning system if anything went wrong.
And in April 2025, the alarm bells rang...
The day after Briar's hospital discharge, Lateishia received an urgent call from Dr. Tristani-Firouzi. The loop recorder had confirmed her worst fears: Briar's heart had stopped beating for over two minutes during the seizure. "I told Lateishia, 'Pack your bags,'" Dr. Tristani-Firouzi recalled. "'You've got to come into the hospital, and we're going to admit you, and we have to put a pacemaker in. Come right now, this is too dangerous to be sitting around at home.'"
That evening, Lateishia and Briar embarked on a harrowing three-hour drive to Intermountain Primary Children's Hospital. After a long and anxious night, Dr. Reilly Hobbs, a pediatric heart surgeon, arrived, reassuring them before his shift even started. Dr. Hobbs performed surgery to implant a pacemaker, a device that would automatically restart Briar's heart if it ever stopped again, potentially saving her life.
Dr. Hobbs emphasized that this life-saving surgery wouldn't have been possible without Dr. Tristani-Firouzi's research. "I don't think that in any other circumstance this child would have gotten a pacemaker," Dr. Hobbs stated. "She went from having the loop recorder to having a permanent pacemaker… because of the research that supported this approach." This highlights the crucial role of research in advancing medical care and improving patient outcomes.
Fast forward six months, and Briar is a completely different child. "She went from being a little girl who I didn't think would be going to school, who I didn't think would be able to enjoy riding a bike...and now she is enrolled in preschool," Lateishia shared. "She's wild, she has energy, she has this spirit and this certain little spark about her that you just love. It's like everything that she's missed for so long is finally here."
Dr. Hobbs reinforces that scientific research forms the foundation of medical care for all patients. "Everything we do for kids, we want to be evidence-based," he says. "Research is the only way for us to have good evidence-based practice." Lateishia wholeheartedly agrees, crediting Briar's recovery to the genetic research that uncovered the link between her seizures and her heart condition. Without Dr. Tristani-Firouzi's research, Briar wouldn't have had a heart monitor, and without the monitor, doctors wouldn't have known she needed a pacemaker. "The research that has been put into Briar's condition and other people's conditions is life-saving," Lateishia concludes. "Without it, she wouldn't be here."
Briar's story is a powerful testament to the transformative power of scientific research and its ability to save lives. But it also raises some important questions: Should genetic screening be more widely available to identify children at risk of similar conditions? Was the decision to implant a loop recorder in Briar justified, given how rare it is in children? And what role should parents play in advocating for their children's access to cutting-edge medical technologies? Share your thoughts and opinions in the comments below!
