AI Article Synopsis

  • The study focused on examining mummification in indoor environments from a forensic perspective, analyzing 102 forensic autopsy cases for skin and soft tissue desiccation.
  • Results showed that different stages of skin desiccation corresponded with shorter or longer post-mortem intervals (PMIs), with clothing affecting desiccation rates on legs but yielding inconclusive results for other body parts.
  • The findings highlighted the challenges in accurately estimating PMIs due to variations in desiccation and decomposition, suggesting a need for standardized methods to classify desiccation types and their relationship with PMI for better forensic analysis.

Article Abstract

The objective of this study was to evaluate the presence of mummification in an indoor setting, with an emphasis on the forensic perspective. A dataset of 102 forensic autopsy cases was assessed for distribution of desiccation of skin and soft tissue (i.e., subcutaneous fat and musculature) and for moist decompositional (i.e., putrefactive) changes. Further, possible correlation with the post-mortem interval (PMI) was evaluated, as well as the effects of clothing coverage of the body. The results indicated that yellow to orange parchment-like desiccated skin was found at significantly shorter PMIs than reddish brown to black leathery desiccated skin, even when soft tissue desiccation was included in the comparative analysis. Clothing appeared to have a significant decelerating effect on the extent of desiccation on the legs, but findings in regard to whole body or torso/arms were inconclusive. A large variation in PMIs was evident as regards fully desiccated skin (PMI 18-217 days), indicating difficulties in PMI estimation due to a variable repressive effect on the decompositional process per se in an indoor setting. For the specific case in forensic practice, no definite conclusion can be drawn from the observed desiccation changes to the PMI. One way forward might be creating a systematic and standardized method for describing different desiccation types, as well as other cooccurring decompositional changes and how they relate to the PMI, as a foundation for a future quantification model.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC10247854PMC
http://dx.doi.org/10.1007/s00414-023-02986-3DOI Listing

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