The world's first miniaturised kidney dialysis machine has saved the lives of eight babies in nine months, the Italian scientists who raised the money to build it say.
Until now, babies with kidney failure were treated with machines built for adults, with smaller filters and other imprecise adaptations that tend to withdraw too much or too little of the waste fluid building up in the body.
"Incredible but true," said Claudio Ronco from the San Bortolo Hospital's renal research institute in Vicenza. "It's like using a tool for a car to fix a watch."
Yet companies have been loath to invest in baby-targeted machines as they are not profitable enough, he added.
"The number of neonates (infants) around the world that suffer from this disorder is very small and therefore there is no point for a company to invest in technology."
So Ronco and colleagues launched a fundraising program, hosting sports games and concerts and collecting 300,000 euros ($A450,000) to build a prototype.
This attracted help from two Italian manufacturers, and so the child-friendly machine dubbed CARPEDIEM (Cardio-Renal Paediatric Dialysis Emergency Machine) was born.
The first beneficiary, a girl with multiple organ failure weighing just 2.9 kilograms, was treated in August last year.
"The baby was almost dead," Ronco said. "This baby could not be treated with any other treatment. When the baby was discharged from hospital we really had the impression that we had done something very good."
The girl underwent 25 days of dialysis and was sent home after 50 days with her organ function restored.
Nine other babies have since been treated in Europe, of whom seven survived, said Ronco. This was an "incredible" percentage given the historical mortality rate of up to 90 per cent, he explained.
"This technology has the potential to revolutionise the treatment of infants with acute kidney injury," said a press statement from The Lancet medical journal, which published the study.
It can be used on newborns and children up to 10 kilograms, can handle smaller volumes of fluid much more accurately, and allows the use of a much smaller catheter.
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