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 FDA-cleared system uses artificial intelligence to create interactive 3D models from standard medical scans for preoperative planning and intraoperative guidance.
The new portable systems are designed for a range of clinical applications and feature artificial intelligence and advanced imaging functionalities.
A researcher has received $3 million to develop a one-millimeter scope using optical coherence tomography to visualize fallopian tube damage.
The program offers mail-in calibration, scheduled reminders, and shipment tracking to help facilities maintain accurate survey meter performance and meet regulatory requirements.
The laptop-sized device will support astronaut health monitoring, routine medical evaluations, and in-flight research.
The inline sensing system is designed for bedside use with post-operative patients to continuously track biochemical data from surgical effluent.
The designation will expedite the review process for the CT-based artificial intelligence, which flags numerous acute conditions simultaneously.
Here, four experts in the biomedical test equipment industry share insights on the current trends and strategies advancing the sector.
The collaboration aims to combine real-time MRI with specialized interventional devices to create an integrated, ionizing radiation-free solution for minimally invasive procedures.
The system integrates CT imaging and uses a fixed radiation beam, a design intended to lower infrastructure costs and expand access to care.
Effective stakeholder analysis and requirements gathering are critical to safe, compliant infusion system design.
The solution converts standard non-contrast chest CTs into quantitative lung function maps and has also received CMS reimbursement confirmation.
The recently cleared system is designed with a new imaging architecture and AI-driven tools to enhance workflow efficiency and diagnostic speed.