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Published on: September 8, 2023
Sudden aortic death-proposal for a comprehensive diagnostic approach in forensic and in clinical pathology practice
Hans H de Boer1, Fabrice Dedouit2, Nina Chappex2
1Department of Pathology, Academic Medical Center, University of Amsterdam, Meibergdreef 9, 1105 AZ, Amsterdam, The Netherlands.
Insights
Sudden aortic death (SAD) is more frequent in forensic than clinical autopsies, with differing diagnostic approaches. Comprehensive autopsy, histology, and genetic testing are crucial for accurate SAD diagnosis.
Area of Science:
- Forensic pathology
- Cardiovascular pathology
- Autopsy science
Background:
- Sudden aortic death (SAD) is a critical finding in both forensic and clinical autopsies.
- Diagnostic workup for SAD can vary significantly between legal and disease-focused settings.
- These differences may impact the accuracy of final diagnoses.
Purpose of the Study:
- To compare the diagnostic workup and findings of sudden aortic death (SAD) in forensic and clinical autopsy settings.
- To identify similarities and differences in the causes and underlying diseases of SAD.
- To recommend optimal diagnostic strategies for SAD.
Main Methods:
- Retrospective review of case records from forensic (Suisse) and clinical (The Netherlands) autopsy cohorts.
- Analysis of clinical characteristics, post-mortem imaging, histology, and ancillary studies.
- Comparison of diagnostic approaches and outcomes between the two settings.
Main Results:
- SAD occurred more frequently in forensic (7.7%) versus clinical (2.2%) autopsies.
- Forensic autopsies integrated post-mortem imaging; clinical autopsies prioritized aortic histology.
- Common causes included cystic medial degeneration and atherosclerosis; genetic factors were identified in a minority of cases.
Conclusions:
- Sudden aortic death (SAD) is more prevalent in forensic contexts, despite similar underlying causes.
- Divergent diagnostic methodologies between forensic and clinical settings necessitate standardized approaches.
- Recommendations include medical history review, full autopsy with histology, and genetic/toxicological testing for accurate SAD diagnosis.
Backgrounds:
Aortic rupture or dissection as immediate cause of sudden death is encountered in forensic and clinical autopsy practice. Despite a common denominator of 'sudden aortic death' (SAD), we expect that in both settings the diagnostic workup, being either primarily legal or primarily disease related, differs substantially, which may affect the eventual diagnoses.
Methods:
We retrospectively reviewed case records of deceased persons who fitted a diagnosis of SAD in the continuous autopsy cohorts in a forensic (Suisse) and a clinical setting (The Netherlands). Clinical characteristics, data from post-mortem imaging, tissue blocks for histological analysis and results of ancillary studies were reviewed for its presence and outcome.
Results:
SAD was found in 7.7% in the forensic versus 2.2% in the clinical autopsies. In the forensic setting, autopsy was always combined with post-mortem imaging, showing variable outcome on detection of aortic disruption and/or pericardial bleeding. Histology of aorta was performed in 12/35 cases, mostly in the natural deaths. In the clinical setting, histology of the aorta was available in all cases, but post-mortem imaging in none. In both settings, underlying aortic disease was mostly cystic medial degeneration, atherosclerosis or a combination of both, with occasional rare unexpected diagnosis. Also in both, a genetic cause of aortic dissection was revealed in a minority (three cases).
Conclusion:
Sudden aortic death (SAD) is more commonly encountered in a forensic than in a clinical setting. Major differences in the approach of SAD between these settings coincide with similarities in causes of death and underlying diseases. To ensure a correct diagnosis, we recommend that the investigation of SAD includes a study of the medical history, a full autopsy with histology of major organs including aorta, and storage of material for toxicological and genetic testing. Post-mortem radiological examination, useful for documentation and screening purposes, is feasible as non-invasive alternative when autopsy is not possible, but cannot substitute a full autopsy.
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