Bone densitometry for Women healthcare

 
Bone densitometry for Women Healthcare

The Lunar Prodigy Densitometer provides precise information that can help identify patients at risk for osteoporotic fracture due to chemotherapy, radiation or hormone therapy. In addition, the Prodigy’s Dual-energy Vertebral Assessment (DVA), enCORE software, CAD, OneScan, Composer and Connectivity work together to make Prodigy extremely easy to use – from image acquisition and analysis to reporting.


Lunar Prodigy Advance™: Precision at low dose

Prodigy Women's healthcare

Prodigy Advance

Using the Lunar Prodigy Advance™, practitioners can assess bone density and body composition in one exam, for precise diagnose of patients affected by or at risk for developing osteoporosis. Its swift direct x-ray conversion technology delivers high-resolution images, at a fraction of the dose of scintillating detector fan beam technologies.



EnCORE Software: Automated reporting

Software enCORE™ WHC

Software enCORE™

EnCORE Software, based on the Windows® platform, optimizes productivity with automation breakthroughs that save time and ensure consistent results: As the enCORE Wizard guides you through the import process, the graphical visualization assists you in identifying fractures and assessing risk for future fractures, while the extensive reference database proves a superb interpretation aid.



Computer Assisted Densitometry (CAD): Avoiding interpretation errors

Computer Assisted Densitometry

Computer Assisted Densitometry (CAD)

CAD is a tool that automatically identifies potential acquisition and interpretation errors for AP Spine, Femur and DualFemur scans. The CAD algorithms immediately report atypical conditions, marking the areas requiring attention on the scan image. Studies show excellent agreement with experienced users and even changed the assessment of experienced densitometrists.



OneScan: Less effort for operator and patient

OneScan WHC

OneScan

OneScan simplifies BMD measurements by acquiring a typical spine and DualFemur measurement in one automatic process, from a single patient position. Moreover the patient is more at comfort, because her legs do not have to be elevated anymore for excellent accuracy and precision.