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  4. “Pathological” fractures in spinal cord injuries and disorders: Insight into International classification of diseases, ninth revision coding

“Pathological” fractures in spinal cord injuries and disorders: Insight into International classification of diseases, ninth revision coding

The Journal of Spinal Cord Medicine, 2023 · DOI: 10.1080/10790268.2022.2042658 · Published: March 1, 2023

Spinal Cord InjuryMusculoskeletal Medicine

Simple Explanation

This study investigates pathological fractures in veterans with spinal cord injuries or disorders (SCID). It examines whether these fractures, often excluded from osteoporosis studies, are actually related to osteoporosis. The research compares veterans with pathological fractures to those with non-pathological fractures, looking at factors like injury characteristics and fracture causes. It also includes expert opinions on what defines a pathological fracture. The findings suggest that most pathological lower extremity fractures in SCID patients are due to osteoporosis. The study concludes that these fractures should be considered in osteoporosis research to avoid underestimating the condition's impact.

Study Duration
2005-2015
Participants
6,397 Veterans with SCID and lower extremity fractures
Evidence Level
Retrospective case–control study

Key Findings

  • 1
    Approximately 2% of lower extremity fractures in Veterans with SCID were coded as pathological fractures.
  • 2
    Among those with pathological fractures, about 76.9% were secondary to osteoporosis, a similar proportion to non-pathological fractures (82.4%).
  • 3
    The study found that the reasons for coding a fracture as pathological are not always clear and may relate to the amount of trauma or differing provider opinions.

Research Summary

This retrospective study examined pathological fractures in Veterans with Spinal Cord Injury or Disorder (SCID) using administrative data from 2005-2015. The objective was to determine how often lower extremity pathological fractures were secondary to osteoporosis. The study found that the majority of pathological lower extremity fractures in SCID are secondary to osteoporosis, with a similar proportion of osteoporotic fractures observed in both pathological and non-pathological fracture populations. The conclusion suggests that pathological fractures can be included in epidemiologic studies of osteoporosis in SCID to avoid underestimating the burden of osteoporotic fractures, acknowledging potential misclassification.

Practical Implications

Improved Epidemiological Studies

Including pathological fractures in osteoporosis studies can provide a more accurate representation of fracture burden in SCID patients.

Refined ICD Coding

The transition to ICD-10 coding system allows for more specific categorization of osteoporotic fractures, improving data accuracy in future studies.

Clinical Awareness

Highlighting the high prevalence of osteoporosis-related pathological fractures can improve clinical assessment and management strategies for Veterans with SCID.

Study Limitations

  • 1
    The study only included lower extremity fractures, potentially limiting generalizability to other fracture sites like vertebral fractures.
  • 2
    Reliance on VA administrative databases, designed for clinical care, may introduce data limitations despite eHR review.
  • 3
    Findings may not be generalizable to healthcare systems outside the VHA due to different administrative coding practices.

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