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Modified cardiectomy: documenting sudden cardiac death in hearts selected for valve allograft procurement

Charles V Wetli1, Richard M Kolovich, Lisa Dinhofer

  • 1Office of the Medical Examiner, Center for Forensic Sciences, Suffolk County, Hauppauge, New York 11788-0099, USA. charles.wetili@co.suffolk.ny.us

Insights

Medical examiners can now procure heart valves for transplantation while determining the cause of death. A new dissection technique allows for sterile valve retrieval and post-mortem examination, increasing organ availability.

Area of Science:

  • Forensic Pathology
  • Transplantation Medicine
  • Cardiology

Background:

  • Tissue procurement organizations face challenges obtaining heart valves for transplantation.
  • Medical examiners often deny requests for heart valves when a cardiac cause of sudden death is suspected, as explantation prevents cause of death determination.
  • Current procedures require heart removal for sterile valve procurement off-site, hindering post-mortem examinations.

Observation:

  • A novel dissection technique was developed to address the conflict between organ procurement and forensic investigation.
  • This technique allows for the retrieval of heart valves under sterile conditions directly within the medical examiner's office.
  • The method enables pathologists to document a cardiac cause of sudden death while facilitating valve procurement.

Findings:

  • The developed dissection technique successfully increases the availability of heart valves for allograft transplantation.
  • It allows for simultaneous determination and documentation of the cause of death by the medical examiner.
  • The technique integrates sterile procurement with essential forensic pathology procedures.

Implications:

  • This approach can significantly boost the supply of heart valves for transplantation, saving lives.
  • It improves interagency collaboration between medical examiners and tissue procurement organizations.
  • The technique offers a standardized method for handling cardiac deaths where transplantation is a possibility.

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