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Each row represents an individual articular element.
We also examined the correlation between increasing severity of pathology in each articular element.
The test assessed the correlation between increasing severity of pathology in each articular element.
The distribution of CDS was compared to the individual and cumulative distributions of each articular element using the Chi-squared test.
A Spearman test for non-parametric correlations was used to assess the inter-relationship between worsening levels of pathology for each articular element.
We first hypothesized that the severity of cartilage damage in a given knee will be associated with both the number of articular elements involved and the severity of the changes for each articular element.
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Finally, we investigated the relationship between individual articular elements using the Spearman non-parametric correlation coefficient.
Our results support an inter-relationship of multiple articular elements in the pathoanatomy of knee OA.
Within these groups we created subgroupings based on the severity of disease for individual articular elements.
Our results support the theory that OA pathoanatomy involves most articular elements of the knee.
This correlation table shows the Spearman correlation coefficients for increasing levels of pathology between articular elements.
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