Ready to Redefine
Main Features
RadiSpine offers four key functionalities. For the L-Spine region, we quantitatively analyze the degree of dura sac compression in cases of Spinal Stenosis. Additionally, we analyze the deformed length of intervertebral and disc protrusion.
In the context of Spinal Dehydration, we estimate the hydration level of intervertebral disc degeneration and assess the risk of vertebral collapse. Moreover, the Disc Geometry feature assists doctors in generating reports and helps to choose the most suitable bone material based on the patient's spinal condition during the surgical evaluation progress.
Additionally, we also offer several supplementary tools. The Reference Line function allows for the assessment of spinal conditions across different segments (L1~L5).
The Ruler feature permits convenient distance measurements between any two points on the image. The Angle Measurement function is also user-friendly—simply selecting three points enables the easy calculation of the angle formed.
Furthermore, once you've completed your analysis, the Eraser function lets you effortlessly remove these data points.
Reference line
Ruler
Angle estimation
Eraser
Spinal Stenosis
A narrowing of spinal canal can cause the spinal cord or nerves to become irritated and compressed. RadiSpine measures the dura sac diameter, assessing severity of a patient's condition.
Spinal Herniation
The Herniation feature provides precise measurements of intervertebral disc deformities.
Compression on nerve roots caused by disc displacement can lead to severe nervous diseases. RadiSpine uses landmark recognition to measure deformation of discs.
Disc Geometry
With age, nucleus pulposus gradually loses its ability to absorb water, leading to degeneration.
RadiSpine calculates geometry of discs and provides a set of quantified numbers for disc degeneration.
Disc Dehydration
Back pain, stiffness, and other spinal discomforts are usually due to Intervertebral Disc Dehydration. RadiSpine evaluates degree of dehydration via analysis of signal intensity (SI) histogram on MRI T2W images.
By identifying dehydration, we can analyze the hydration level of each disc accurately.
