18610864. VISUAL SUPPORT FOR SPINAL CURVATURE THERAPY simplified abstract (Siemens Healthineers AG)
Contents
VISUAL SUPPORT FOR SPINAL CURVATURE THERAPY
Organization Name
Inventor(s)
Annette Birkhold of Stuttgart (DE)
Karthik Shetty of Erlangen (DE)
VISUAL SUPPORT FOR SPINAL CURVATURE THERAPY - A simplified explanation of the abstract
This abstract first appeared for US patent application 18610864 titled 'VISUAL SUPPORT FOR SPINAL CURVATURE THERAPY
The abstract describes a patient model used to map pose and shape parameters onto a surface grid representing a patient's spine. By comparing initial and target surface grids, a displacement field for the spine is determined, leading to the generation of support information.
- Patient model for mapping pose and shape parameters onto a surface grid
- Determination of patient-specific pose and shape parameters based on image data
- Calculation of initial surface grid representing the spine with curvature
- Calculation of target surface grid representing a straightened spine
- Determination of displacement field for the spine by comparing initial and target surface grids
- Generation and visual display of support information based on the displacement field
Potential Applications: - Medical imaging and diagnostics - Orthopedic surgery planning - Physical therapy and rehabilitation programs
Problems Solved: - Accurate representation of a patient's spine - Customized treatment planning based on individual parameters - Visual assessment of spine alignment
Benefits: - Improved patient outcomes - Enhanced precision in treatment planning - Personalized healthcare solutions
Commercial Applications: Title: "Patient-Specific Spine Mapping Technology for Healthcare Applications" This technology can be utilized in medical imaging software, orthopedic clinics, and physical therapy centers to enhance patient care and treatment outcomes.
Questions about Patient-Specific Spine Mapping Technology:
1. How does the patient model accurately map pose and shape parameters onto a surface grid?
- The patient model uses image data to determine specific parameters for each individual, ensuring a customized mapping process.
2. What are the potential long-term benefits of using this technology in healthcare settings?
- The long-term benefits include improved patient outcomes, personalized treatment plans, and enhanced accuracy in spine alignment assessments.
Original Abstract Submitted
A patient model for mapping a set of pose parameters and a set of shape parameters onto a surface grid is provided. Patient image data that represents a spine of a patient is provided, and a patient-specific set of pose parameters and a patient-specific set of shape parameters are determined based on the patient image data. An initial surface grid that represents the spine in an initial state with spine curvature is calculated. The calculation includes applying the patient model to the patient-specific set of pose parameters and the patient-specific set of shape parameters. A target surface grid that represents the spine of the patient in a target state with a straightened spine is provided. By comparing the target surface grid with the initial surface grid, a displacement field for the spine is determined and, depending on the displacement field, support information is generated and displayed visually.
