These Algorithms Could Bring an End to the World’s Deadliest Killer
upstart writes in with an IRC submission for Runaway1956:
These Algorithms Could Bring an End to the World's Deadliest Killer:
In rural India and other places where tuberculosis is rampant, A.I. that scans lung X-rays might eliminate the scourge.
The Chinchpada Mission Hospital in the rural Indian state of Maharashtra.
In some of the most remote and impoverished corners of the world, where respiratory illnesses abound and trained medical professionals fear to tread, diagnosis is increasingly powered by artificial intelligence and the internet.
In less than a minute, a new app on a phone or a computer can scan an X-ray for signs of tuberculosis, Covid-19 and 27 other conditions.
TB, the most deadly infectious disease in the world, claimed nearly 1.4 million lives last year. The app, called qXR, is one of many A.I.-based tools that have emerged over the past few years for screening and diagnosing TB.
The tools offer hope of flagging the disease early and cutting the cost of unnecessary lab tests. Used at large scale, they may also spot emerging clusters of disease.
"Among all of the applications of A.I., I think digitally interpreting an image using an algorithm instead of a human radiologist is probably furthest along," said Madhukar Pai, the director of the McGill International TB Center in Montreal.
Artificial intelligence cannot replace clinicians, Dr. Pai and other experts cautioned. But the combination of A.I. and clinical expertise is proving to be powerful.
"The machine plus clinician is better than the clinician, and it's also better than machine alone," said Dr. Eric Topol, the director of the Scripps Research Translational Institute in San Diego and the author of a book on the use of A.I. in medicine.
In India, where roughly one-quarter of the world's TB cases occur, an app that can flag the disease in remote locations is urgently
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