U of A Biomedical Engineer Wins $3M for Tiny Microscope to Detect Endometriosis
A researcher has received $3 million to develop a one-millimeter scope using optical coherence tomography to visualize fallopian tube damage.
A researcher has received $3 million to develop a one-millimeter scope using optical coherence tomography to visualize fallopian tube damage.
The laptop-sized device will support astronaut health monitoring, routine medical evaluations, and in-flight research.
The collaboration aims to combine real-time MRI with specialized interventional devices to create an integrated, ionizing radiation-free solution for minimally invasive procedures.
Police say the 61-year-old was pulled into the machine during a scan at a New York imaging center.
Jeffrey Boone, MD, founder of Boone Heart Institute, discusses how the integration of low-radiation CT technology is improving patient safety and expanding access to early cardiac imaging.
The recently cleared system is designed with a new imaging architecture and AI-driven tools to enhance workflow efficiency and diagnostic speed.
The mobile x-ray system is designed to deliver room-quality imaging at the bedside while enhancing workflow, safety, and maneuverability.
The investigational system uses X-ray diffraction and AI to analyze the molecular composition of tissue, aiming to reduce unnecessary biopsies.
New tracer Flyrcado (flurpiridaz F 18)—a PET myocardial perfusion imaging (MPI) agent developed for use in patients with known or suspected CAD—gains Medicare and commercial coverage.
Five hospitals will use Fujifilm’s Synapse Pathology with AWS to support diagnostic imaging and Epic integration.
The patented design is intended to reduce maintenance by supporting over 100,000 mating cycles and minimizing contamination sensitivity.