@@ -16,7 +16,7 @@ Quantitative characterization of 3D images involves measuring the geometric and
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@@ -16,7 +16,7 @@ Quantitative characterization of 3D images involves measuring the geometric and
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<imgsrc="images/muscle_diameter_analysis.png"alt="Segmented muscle fibers in 3 samples and quantitative analysis of their local diameters"width="600"/>
<imgsrc="images/muscle_diameter_analysis.png"alt="Segmented muscle fibers in 3 samples and quantitative analysis of their local diameters"width="600"/>
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<divalign="center">Individual muscle fibers segmented from the 3D X-ray synchroton data. Segmentation allows for quantification of various features - here local thickness. A) A sample from a Healthy Control (H). B) A sample from a stroke patient (ST). C) A sample from a Spinal Cord Injury patient (SCI). D) The statistics of the three samples.
<divalign="center">Individual muscle fibers segmented from the 3D X-ray synchroton data. Segmentation allows for quantification of various features - here local thickness. A) A sample from a Healthy Control (H). B) A sample from a stroke patient (ST). C) A sample from a Spinal Cord Injury patient (SCI). D) The statistics of the three samples ([Pingel et al. 2022](https://www.nature.com/articles/s41598-022-21741-z)).