Baby with heart condition dies from mould exposure at hospital after open heart surgery
The child's parents join a class action suit against Seattle Children's Hospital for the mould
Your support helps us to tell the story
This election is still a dead heat, according to most polls. In a fight with such wafer-thin margins, we need reporters on the ground talking to the people Trump and Harris are courting. Your support allows us to keep sending journalists to the story.
The Independent is trusted by 27 million Americans from across the entire political spectrum every month. Unlike many other quality news outlets, we choose not to lock you out of our reporting and analysis with paywalls. But quality journalism must still be paid for.
Help us keep bring these critical stories to light. Your support makes all the difference.
A baby with a serious heart condition has died after she received an infection from mould in a Seattle hospital's operating room, her mother says.
Elizabeth Hutt was born with a heart condition that she battled for the entirety of her six-month-long life. The young child underwent three open heart surgeries, and after the third one is when it's believed she contracted an Aspergillus mould infection in the hospital's operating room.
Her mother, Katha Hutt, revealed in a Facebook post her daughter died early Wednesday morning at Seattle Children's Hospital.
"Elizabeth Vera Hutt gained her wings on her 175th day of life at 4:40 am. Late last night, Beth told us she was ready," Mrs. Hutt wrote.
"I cannot begin to express the gratitude we have for the team that worked through the night to make sure Beth's transition was as painless and smooth as possible. We will post when we've had the chance to make plans for celebrating our brave, courageous, beautiful warrior."
The mould in the hospital's operating rooms was first detected in November, around the same time as the child's third surgery.
Ms Hutt created a Facebook page titled Beth's HLHS Journey to keep people updated on her daughter's condition throughout her surgeries. She revealed in January her daughter was battling an infection that stumped her doctors.
It was later determined the infection was contracted from the mould discovered in three of the 14 operating rooms at the hospital in November. The mould came from the hospital's air-handling units in the operating rooms, and 14 patients have developed infections from the mould since 2001, the hospital revealed. Seven of those 14 children have since died from their infections.
"I'm always going to wonder if there were different interventions that could've taken place, had the Aspergillus not been there," Ms Hutt said.
Aspergillus is a common mould typically present in the air that people breathe. It normally does not cause one to get sick, but it can be harmful to people who lack strong immune systems or those who are surgical patients.
Ms Hutt and her husband, Micah Hutt, told WBTV they knew about the hospital's Aspergillus problems in 2018, but they still picked the location for their daughter due to the quality of doctors and medical staff at the facility.
At the time, the parents thought the mould problem was solved.
They joined a class action suit against Seattle Children's Hospital in January, which alleges facility managers knew about the mould since 2005 and failed to fix the problem.
The hospital currently has 11 of its 14 operating rooms shut down, as new HEPA filtration units are installed. The other three operating rooms received the new air units and are open for use.
Seattle Children's Hospital said in response to the baby's death: "Losing a child is incredibly devastating for everyone whose lives were touched by that child. Our deepest condolences go out to families and loved ones who have experienced a loss."
Subscribe to Independent Premium to bookmark this article
Want to bookmark your favourite articles and stories to read or reference later? Start your Independent Premium subscription today.
Join our commenting forum
Join thought-provoking conversations, follow other Independent readers and see their replies
Comments