Home3D Bone Modeling
At Restoknee Surgery, we utilize advanced 3D bone modeling technology to achieve the highest level of precision in knee surgeries. Traditional X-rays have limitations when it comes to detailed bone assessments, so we begin with a high-resolution multi-slice CT scan of the patient’s knee.
This CT scan data is then sent to Curis Data Sciences in Louisville, USA, a leading clinical data science company specializing in medical imaging and analytics. Using state-of-the-art technology, they create a 99.9% accurate 3D reconstruction of the patient’s knee bone structure, ensuring an exact representation of the patient’s anatomy.
Why is 3D Bone Modeling Important?
This patient-specific 3D model is a crucial tool in pre-operative planning, allowing our surgeons to:
Precisely measure the knee joint structure for optimal alignment.
Determine the exact wedge height needed for correction.
Align the mechanical axis through the Fujisawa Point, ensuring the best possible correction without causing knock-knee formation.
Comprehensive Data for Better Surgical Outcomes.
Along with the 3D bone model, Curis Data Sciences provides us with key anatomical details that enhance surgical accuracy:
Diameter of the Tibial Articular Surface – essential for assessing joint structure.
Extent of Medial Articular Surface Involvement (Percentage-Wise) – to evaluate damage severity.
Thickness of the Articular Cartilage – providing insights into joint health.
Cracking Sounds: Crepitus (grinding or popping sounds) due to uneven surfaces rubbing.
Powered by Curis Data Sciences
Curis Data Sciences is a pioneer in clinical data analytics, medical imaging, and research, offering precise and meaningful insights to improve clinical outcomes and surgical quality. Their expertise enables us to deliver highly accurate, patient-specific surgical solutions, ensuring better long-term results for our patients.
At Restoknee Surgery, we are committed to utilizing cutting-edge medical technology to provide the best possible care, ensuring optimal knee alignment, improved joint stability, and faster recovery for our patients.
