AI-Driven Segmentation on Weight Bearing CT Introduction Accurate segmentation is critical for orthopedic workflows, including preoperative planning, patient-specific instrumentation, and 3D modeling. This internal investogation by CurveBeam AI evaluates the accuracy of AI-driven segmentation compared to manual annotation on CBCT…
Advancements in CT imaging are transforming orthopedic surgery, reducing surprises and improving surgical outcomes. In a recent talk, Gilly Yildirim, CEO of Vent Creativity, introduced digital twinning—an innovative approach that converts standard diagnostic 3D medical imaging into dynamic, 4D models…
A recent publication in the online journal eLife has described the world’s first application of a deep learning AI (DLAI) algorithm to aid in determining fracture risk using images derived from high resolution peripheral quantitative CT (HR-pQCT) scans of the…
Imaging and diagnostics areimportant facets in healthcareand nearly every area of medicine relies on this technology to diagnose or monitor conditions. In orthopedics, it is an especially vital tool, as it allows surgeons to discover and perform successful procedures for…
CurveBeam AI Medical Director - Endocrinology Prof. Ego Seeman recently sat down with Vinti Singh, CurveBeam AI’s Marketing Director, to discuss the future of bone health imaging. Prof. Seeman is a Professor and Endocrinologist in the Departments of Medicine and…
Key Points Semi-automatic measurements made on WBCT scans are reproducible and comparable to measurements performed manually. Software designed for WBCT help differentiate pathological from non-pathological conditions. Semi-automatic software tools can help orthopedic surgeons obtain more accurate diagnosis with WBCT and…
Key Points Compared to controls, WBCT scans of hallux valgus (HV) & hallux rigidus (HR) patients confirmed signs of first ray instability at the TMT joint are often present. Dorsal translation of the M1 and plantar gapping were other common…
Bio-integrative (BI) cannulated screws may be a preferred alternative to metallic implants to decrease implant-related artifacts (IRA) as they may remove the need for special CT metal artifact reduction (MAR) algorithms, according to a recent study by Dr. Christian VandeLune…
AAOS attendees will get a first look at CurveBeam's improved digitally reconstructed radiographs, or Insta-X. Insta-X's are synthesized X-Ray views, digitally reconstructed from the original CT scan. Insta-Xs are automatically generated when a scan is opened in CubeVue, CurveBeam's…
CubeVue Autometrics uses artificial intelligence to identify each individual bone and automatically calculates key biometrics of the foot. CubeVue Autometrics is investigational only and is not available for sale in the United States. CubeVue Autometrics will be powered by the…
