Time-related morphometric studies of neurofilaments in brain contusions

In forensic pathology age determination of injuries is of key importance. The purpose of the study was to analyze morphometrically changes in neurofilaments following the brain contusion and relate them to the length of the time of survival. To do this, the authors analyzed specimens of brains colle...

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Main Authors: Mariusz Kobek, Zbigniew Jankowski, Janusz Szala, Zbigniew Gąszczyk-Ożarowski, Artur Pałasz, Rafał Skowronek
Format: Article
Language:English
Published: Termedia Publishing House 2016-03-01
Series:Folia Neuropathologica
Subjects:
Online Access:https://www.termedia.pl/Time-related-morphometric-studies-of-neurofilaments-in-brain-contusions,20,27230,1,1.html
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spelling doaj-aabc0f3f072c467784af062e0af4d9592020-11-24T22:41:48ZengTermedia Publishing HouseFolia Neuropathologica1641-46401509-572X2016-03-01541505810.5114/fn.2016.5891527230Time-related morphometric studies of neurofilaments in brain contusionsMariusz KobekZbigniew JankowskiJanusz SzalaZbigniew Gąszczyk-OżarowskiArtur PałaszRafał SkowronekIn forensic pathology age determination of injuries is of key importance. The purpose of the study was to analyze morphometrically changes in neurofilaments following the brain contusion and relate them to the length of the time of survival. To do this, the authors analyzed specimens of brains collected during medicolegal autopsies. According to the available literature, no such study involving material from deceased humans was conducted. The researched material was divided into nine subgroups (10 cases each) according to the time of death of persons: immediately at the crime site, 12 hours, 24 hours, 2 days, 3 days, 4 days, 5 days, 6 days and 7 days after head trauma. Neurofilaments were immunohistochemically stained and evaluated quantitatively using the Met-Ilo computer application. The initial results were then analyzed statistically with the one way analysis of variance (ANOVA) and the least significant difference (LSD) tests. It was calculated that there are significant differences in numbers and area fractions of neurofilaments within 7 days after head trauma. It must be concluded that morphometric analysis of neurofilaments is a promising method but further studies are required.https://www.termedia.pl/Time-related-morphometric-studies-of-neurofilaments-in-brain-contusions,20,27230,1,1.html<i>brain contusion neurofilaments morphometry survival time</i>
collection DOAJ
language English
format Article
sources DOAJ
author Mariusz Kobek
Zbigniew Jankowski
Janusz Szala
Zbigniew Gąszczyk-Ożarowski
Artur Pałasz
Rafał Skowronek
spellingShingle Mariusz Kobek
Zbigniew Jankowski
Janusz Szala
Zbigniew Gąszczyk-Ożarowski
Artur Pałasz
Rafał Skowronek
Time-related morphometric studies of neurofilaments in brain contusions
Folia Neuropathologica
<i>brain contusion
neurofilaments
morphometry
survival time</i>
author_facet Mariusz Kobek
Zbigniew Jankowski
Janusz Szala
Zbigniew Gąszczyk-Ożarowski
Artur Pałasz
Rafał Skowronek
author_sort Mariusz Kobek
title Time-related morphometric studies of neurofilaments in brain contusions
title_short Time-related morphometric studies of neurofilaments in brain contusions
title_full Time-related morphometric studies of neurofilaments in brain contusions
title_fullStr Time-related morphometric studies of neurofilaments in brain contusions
title_full_unstemmed Time-related morphometric studies of neurofilaments in brain contusions
title_sort time-related morphometric studies of neurofilaments in brain contusions
publisher Termedia Publishing House
series Folia Neuropathologica
issn 1641-4640
1509-572X
publishDate 2016-03-01
description In forensic pathology age determination of injuries is of key importance. The purpose of the study was to analyze morphometrically changes in neurofilaments following the brain contusion and relate them to the length of the time of survival. To do this, the authors analyzed specimens of brains collected during medicolegal autopsies. According to the available literature, no such study involving material from deceased humans was conducted. The researched material was divided into nine subgroups (10 cases each) according to the time of death of persons: immediately at the crime site, 12 hours, 24 hours, 2 days, 3 days, 4 days, 5 days, 6 days and 7 days after head trauma. Neurofilaments were immunohistochemically stained and evaluated quantitatively using the Met-Ilo computer application. The initial results were then analyzed statistically with the one way analysis of variance (ANOVA) and the least significant difference (LSD) tests. It was calculated that there are significant differences in numbers and area fractions of neurofilaments within 7 days after head trauma. It must be concluded that morphometric analysis of neurofilaments is a promising method but further studies are required.
topic <i>brain contusion
neurofilaments
morphometry
survival time</i>
url https://www.termedia.pl/Time-related-morphometric-studies-of-neurofilaments-in-brain-contusions,20,27230,1,1.html
work_keys_str_mv AT mariuszkobek timerelatedmorphometricstudiesofneurofilamentsinbraincontusions
AT zbigniewjankowski timerelatedmorphometricstudiesofneurofilamentsinbraincontusions
AT januszszala timerelatedmorphometricstudiesofneurofilamentsinbraincontusions
AT zbigniewgaszczykozarowski timerelatedmorphometricstudiesofneurofilamentsinbraincontusions
AT arturpałasz timerelatedmorphometricstudiesofneurofilamentsinbraincontusions
AT rafałskowronek timerelatedmorphometricstudiesofneurofilamentsinbraincontusions
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