Journal Article

·2017

New postmortem diagnostic biomarker for myocardial infarction: ischemia modified albumin

Fatih Yağmur , Safa Çelik , Mustafa Cemek YTU , Ahmet Hazini YTU , Ayşe Tuba Kocaman YTU , Saadet Alpdoğtaş YTU , H. Büşra Konak YTU , Muzaffer Yıldırım , Mustafa Çeltek

Australian Journal of Forensic Sciences

Abstract

We investigated the change of IMA levels as biochemical markers, especially in the postmortem diagnosis of early MI. Also, histological investigation has been performed in cases of cardiac deaths and in non-cardiac cases. To the best of our knowledge, this is the first study to investigate the levels of IMA in the postmortem diagnosis of early MI. A series of medicolegal autopsy cases (n=139; 6–24 h postmortem, with a median of 16 h) were examined at our institute. The cases comprised 112 males and 27 females, between 16 and 89 years of age. Subjects were divided into six groups depending upon their final cause of death according to medical data, autopsy reports, biochemical and histological findings. The groups were as follows: cardiovascular disease, blunt trauma, asphyxia, pathological cerebral hemorrhage, bleeding due to a sharp object and gunshot injuries, and poisoning. IMA levels in the cardiovascular disease group were found to be significantly higher than the blunt trauma, asphyxia, pathological cerebral hemorrhage, and bleeding groups (p < 0.05). It is known that after MI, if less than 4–6 hours pass before death, the histopathology of the heart does not reveal significant findings. Our results demonstrated that IMA might be a valid biochemical marker, especially in the postmortem diagnosis of early MI.

Keywords

Medicine Autopsy Asphyxia Pathological Forensic pathology Histopathology Cause of death Myocardial infarction Postmortem Changes Blunt trauma Internal medicine Blunt Disease Pathology Cardiology Surgery Pediatrics

Subject Areas

Acute Myocardial Infarction Research ·Cardiology and Cardiovascular Medicine ·Health Sciences
Autopsy Techniques and Outcomes ·Radiology, Nuclear Medicine and Imaging ·Health Sciences
Cardiovascular Effects of Exercise ·Cardiology and Cardiovascular Medicine ·Health Sciences

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