The rapid evolution of Optical Coherence Tomography has transformed it from a niche ophthalmological tool into a versatile powerhouse capable of revealing the microscopic secrets of human tissue across various medical specialties. While clinicians have long relied on this technology to map retinal
Chloe, thanks for having me. I’ve spent my career building robotics and IoT systems that survive chaos—ambulances, rural clinics with flickering power, and ORs where seconds matter. Ultrasound-on-a-chip is a watershed moment because it collapses three barriers at once: cost, portability, and
Relentless patient volumes, tighter operating room timelines, and rising expectations for safer, faster care have pushed ear, nose, and throat practice into a technology-first chapter that links diagnostics and treatment more tightly than ever before. Momentum has coalesced around AI-augmented
Surging oncology and cardiology caseloads have turned nuclear medicine from a niche toolkit into a frontline engine for precise diagnosis and targeted therapy across health systems worldwide, and that shift is showing up in the numbers. The global radiopharmaceuticals market was projected to expand
Retinal care faced a bottleneck where life-altering decisions hinged on tools that flattened inherently three-dimensional anatomy into slices and guessed across gaps clinicians could not see in time. That tension set the stage for OCTCube-M, a three-dimensional, multi-modal foundation model that
CliniciansaccustomedtotreatingX-raysasobjectiveanchorsinuncertaincasesaremeetingagenerativeAIfakethatlookseverybitrealonthefirstpassandstilldefieseasyverificationonthesecond. A peer-reviewed study found that text-to-image models can fabricate chest radiographs so anatomically plausible that
