So, the Seattle couple made what they said was the only logical decision: Their 6-month-old daughter would receive the world's tiniest mechanical heart valve.
At the time, in 2015, Abbott's Masters HP 15-mm rotatable mechanical heart valve had not yet been fully approved by the U.S. Food and Drug Administration. Sadie would become the first child in the United States to try it.
“It was the only option we had,” her father, Lee’or Rutenberg, told The Washington Post on Tuesday. “It was either get this valve or go to palliative care and try to make her comfortable.”
That May, Sadie was wheeled into an operating room at Seattle Children's Hospital for her third procedure.
This time, surgeons implanted one of the dime-sized mechanical heart valves as part of a clinical trial. (A pacemaker would soon follow.)
Following the groundbreaking procedure, Sadie's mother, Wendy, saw the surgeon approaching and anxiously searched his eyes — “that initial moment where we’re looking at him and wondering, 'Is he going to give us good news or bad news?' ” she would say later.
“Then he broke into a smile,” she recounted in a news release from Abbott, which manufactures the valve. “It was like winning the lottery.”
The surgeon told the Rutenbergs that the valve had worked and that their daughter's heart function had already improved — “a moment I'll never forget,” as Lee’or Rutenberg described it.
Sadie is now like other children her age — “active” and “energetic” and “vibrant,” her father says, but with a little something extra that Sadie calls “a sparkle” in her heart.
“She's a firecracker,” Rutenberg said. “She has no idea what she's been through.”
Sadie was born with a complete atrioventricular canal defect, a congenital condition characterized by a large hole in the wall between the heart's upper chambers, plus problems with the valves that regulate blood flow, according to the Mayo Clinic.
As blood leaks into the ventricles, it forces the heart to work harder than it should; when not promptly and properly treated, the condition can lead to heart failure, according to the Mayo Clinic.
Tests had shown that Sadie was going to have heart problems, but her parents said they did not know the issues would be so severe.
In the first few months of life, Sadie had already started laboring to breathe, and although she was eating all the time, she was not gaining weight, her father said.
“Something just wasn't right,” her father said.
Rutenberg said his daughter underwent her first open-heart surgery to repair the hole in the wall between the chambers of the heart.
While doctors were operating, he said, they discovered the problem with her heart value. Surgeons tried to repair it, he said, but were unsuccessful.
Weeks later, they tried again.
And again, their efforts failed.
Jonathan Chen, chief of pediatric cardiovascular surgery at Seattle Children’s Hospital, spoke to Sadie's parents about a pediatric mechanical heart valve that was being tested and asked whether they wanted Sadie to take part in a clinical trial, according to a 2015 news release from the hospital.
The valve was made especially for newborns, infants and toddlers — meaning surgeons would no longer have to resort to using valves too large for their tiniest patients, according to St. Jude Medical, a manufacturer that was later acquired by Abbott.
“We’re looking down the road, at Sadie’s future, and we’re scared,” Rutenberg said in 2015. “But after a few minutes of digesting, we were ready to talk next steps. We said, ‘What’s the game plan?’ ”
One Thursday that May, Sadie became the first person in the United States to receive one of the tiny heart valves, according to Seattle Children’s Hospital.
“She still has a long road ahead,” Chen said in 2015, noting that Sadie would need additional surgeries to replace the valve as she grew. “But there’s no reason to think she won’t be running and playing and acting like a normal kid.”
Last month, with Sadie now a thriving 3-year-old, the FDA approved the pediatric mechanical heart valve.
“While larger replacement heart valves have been approved for years, there is an unmet need in young pediatric patients, especially newborns and infants, with congenital valve defects who may be too small to use currently marketed heart valves,” Jeff Shuren, director of the FDA’s Center for Devices and Radiological Health, said in a statement following the approval.
Sadie had to have her heart valve replaced when she outgrew it last year and will need to have yet another replacement by the time she is 11 or 12, her father said.
She is also taking blood thinners for the rest of her life to keep from clotting and suffering a stroke — something her father said makes him nervous.
But, he said, he is grateful to have a happy, healthy child.
“You would never look at her and say, 'That's a sick child,' ” Rutenberg said, noting that his daughter is just as rambunctious as any other 3-year-old.
Sadie, he said, loves penguins and giraffes.
She enjoys doing arts and crafts with her mother, Wendy, playing with finger paints and Play-Doh.
And she likes to show off her “heart scar,” Rutenberg said with a chuckle, adding that he and his wife try to keep their toddler from lifting her shirt in public.
“She doesn't realize how special she is,” he said, “and she doesn't know how many people have contributed to keep her alive.”