{"id":83214,"topic":"ai","source":"eurekalert.org","title":"From generative AI to the ultrasound probe: Targeting AI expands its hands-on approach to nephrology - eurekalert.org","url":"https://www.eurekalert.org/news-releases/1144124","url_hash":"1e0013f36d64befb665814d99699cc01b912f85f","author":"","summary":"From generative AI to the ultrasound probe: Targeting AI expands its hands-on approach to nephrology eurekalert.org","content":"PARIS, France - September 15, 2026 - Artificial intelligence in medicine is rapidly moving beyond large language models, data analysis and prediction. One of its emerging applications is at the patient’s bedside, where AI can assist physicians with medical imaging and point-of-care ultrasound.\nOn September 16 in Paris, this transition from discussing AI to testing its practical applications will be explored during the third Ultrasound in Nephrology training program.\nThe initiative is part of the broader activities developed around Targeting AI & Nephrology, which brings together nephrologists, researchers, healthcare professionals and technology experts to examine how artificial intelligence can be responsibly integrated into kidney care.\nWhat can AI actually do in ultrasound?\nFor nephrologists, this is becoming an increasingly practical question.\nPoint-of-care ultrasound, or POCUS, can provide information directly at the bedside across several areas relevant to nephrology, including the kidneys and urinary tract, heart and lungs, vascular access, Doppler assessment and volume status.\nNew generations of ultrasound systems are now integrating AI-assisted functions designed to support image acquisition, optimize selected settings and facilitate certain measurements.\nThe objective is not to replace clinical expertise. It is to investigate whether AI can reduce some of the technical barriers to ultrasound, support physicians during image acquisition and help move more efficiently from the image to clinically useful information.\nPutting the technology into physicians’ hands\nThe September 16 program has therefore been designed around practical experience.\nParticipants will rotate through small-group workshops covering renal and bladder ultrasound, arteriovenous fistula and Doppler assessment, cardiac and pulmonary ultrasound, and clinical cases.\nRather than simply watching a demonstration, physicians will have the opportunity to take the ultrasound probe in hand, acquire images, discuss their interpretation and explore new technological capabilities directly with experts.\nThis hands-on approach reflects a broader direction for Targeting AI & Nephrology: moving beyond discussions about what artificial intelligence could do and examining what it can realistically contribute to everyday medical practice.\n“We have spent several years discussing what AI could bring to nephrology. 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One of its emerging applications is at the patient’s bedside, where AI can assist physicians with medical imaging and point-of-care ultrasound.\nOn September 16 in Paris, this transition from discussing AI to testing its practical applications will be explored during the third Ultrasound in Nephrology training program.\nThe initiative is part of the broader activities developed around Targeting AI & Nephrology, which brings together nephrologists, researchers, healthcare professionals and technology experts to examine how artificial intelligence can be responsibly integrated into kidney care.\nWhat can AI actually do in ultrasound?\nFor nephrologists, this is becoming an increasingly practical question.\nPoint-of-care ultrasound, or POCUS, can provide information directly at the bedside across several areas relevant to nephrology, including the kidneys and urinary tract, heart and lungs, vascular access, Doppler assessment and volume status.\nNew generations of ultrasound systems are now integrating AI-assisted functions designed to support image acquisition, optimize selected settings and facilitate certain measurements.\nThe objective is not to replace clinical expertise. 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