3D functional diagnostics using 2D fluoroscopy
In vivo movement and deformation analysis
3D functional diagnostics using fluoroscopy
In vivo movement and deformation analysis
The analysis of movements and deformations is an important tool for diagnostics as well as for therapy and follow-up control, e.g. in the case of joint motion or organ deformations such as the heart and lungs. If three-dimensional motion of organs or joints is to be measured with high spatial and temporal resolution, then neither marker-based nor tomographic methods are suitable. Here, our solutions for 3D functional diagnostics using fluoroscopy set new standards in healthcare.
Dynamic 3D information from 2D X-ray images
X-ray fluoroscopy can capture the temporal dynamics of a motion very well, but only in a two-dimensional projection. The third dimension for evaluating a joint movement or organ deformity is lost with simple projection methods. Thanks to our innovative solution for 3D reconstruction from X-ray images, 3D functional diagnostics using fluoroscopy becomes possible. The entire motion or deformation can be evaluated in 3D over time, creating new opportunities for healthcare.
High detail with low radiation exposure
X-ray fluoroscopy always results in radiation exposure for patients. Thanks to our innovative solution for 3D reconstruction from X-ray images, radiation exposure can be reduced in several ways. Even with reduced beam energy, our solution produces accurate results. A monoscopic fluoroscopy can be used instead of a stereoscopic one. You can also reduce the number of X-ray exposures per time thanks to our solution. The low radiation exposure opens up new possibilities for 3D functional diagnostics using fluoroscopy in healthcare for practice and research in orthopedics, sports medicine and biomechanics, as well as therapy and follow-up monitoring in cardiology and pneumology.
Take 3D functional diagnostics based on fluoroscopy to a new level!
We are happy to discuss your specific requirements and find solutions for your application.
Call us on +49 30 76 88 65 90 or send us an email to info@1000shapes.com.
