The integration of cone beam CT imaging in research labs is revolutionizing orthopedic investigations. Dr. Zong-Ming Li, PhD, David Jordan, and Trevor Grant from the University of Arizona discuss the transformative impact of the inReach system from CurveBeam AI on…
Key Points: Cone Beam CT (CBCT) is superior in assessing bony structures compared to magnetic resonance imaging (MRI) In this study, there was a 40% rate of discrepancy when grading knee subchondral insufficiency fractures on CBCT vs. MRI, with MRI…
There is a new era in hip dysplasia evaluation when it comes to advanced imaging. WBCT now enables a functional examination of femoral head coverage and specific areas of impingement while the patient is standing rather than lying supine. For…
Key Points: WBCT 3D Measurements volumetric measurements of the syndesmosis have shown to have a high specificity (83.3%) and sensitivity (95.8%) for the diagnosis of subtle injuries. Manual 3D WBCT volume measurement of syndesmosis, a promising method to detect instability,…
CurveBeam AI recently announced FDA clearance for an enhanced X-Ray source for the HiRise weight bearing CT imaging system, which enables improved image quality in larger patients. Here is a HiRise scan of a cadaver with a BMI of 40.…
CBAI is proud to announce it has received FDA 510(k) clearance for enhancements to the HiRise system, including a new generation X-Ray source that is capable of delivering more power than the previous model. This new generation X-Ray source enables…
Lisa Smith, MHA, OTR/L, CHT, CHC, Chief Operating Officer for Optim Orthopedics in Savannah, Georgia, shares how their weight bearing CT system has become a valued on-site service at their practice. "Our physicians love the fact that [our WBCT scanner]…
