In an era where healthcare is becoming increasingly data-driven, a groundbreaking artificial intelligence system known as InfEHR (Inference on Electronic Health Records) is poised to redefine medical diagnostics with unprecedented precision. Developed through a collaboration led by researchers at
In a quiet suburban home, an elderly man struggles to pour a cup of coffee, his hands trembling uncontrollably as the liquid spills over the counter, a scene repeated daily for millions with Parkinson’s disease (PD). This heartbreaking reality captures the profound impact of a condition that
What if a technology could transform the way doctors analyze intricate medical scans, cutting down hours of work into mere minutes with unerring precision, while making diagnostics more accessible worldwide? Picture a hospital overwhelmed with brain MRI scans, where clinicians struggle to keep up
What if a glimpse into the future could save millions from the crippling pain of osteoarthritis, a condition affecting over 500 million people worldwide? Picture a tool that shows how a knee joint might look a year from now, revealing the silent progression of this debilitating disease. This isn't
In the dynamic realm of bioanalytical research, where precision and efficiency underpin every breakthrough, smaller laboratories often grapple with a significant obstacle: the prohibitive cost of automation technology. These facilities, crucial to pharmaceutical advancements through the meticulous
Imagine a world where millions of young people, navigating the turbulent years between 11 and 25, grapple with silent struggles like anxiety and depression, often without access to adequate support, while statistics from the World Health Organization (WHO) reveal that one in seven adolescents
