Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality
Background/Aim. The interthalamic adhaesion (IA), gray matter connecting both thalami, is absent in about a quarter of human brains. Controversies are present about the nature and functional significance of the human IA. Methods. In six adult human brains we investigated the expression of...
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Military Health Department, Ministry of Defance, Serbia
2014-01-01
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doaj-8ec9e5a43aab44f89716b286a2b835032020-11-24T21:19:00ZengMilitary Health Department, Ministry of Defance, SerbiaVojnosanitetski Pregled0042-84502014-01-0171764665010.2298/VSP1407646P0042-84501407646PImmunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionalityPuškaš Laslo0Malobabić Slobodan1Lazić Dijana2Todorović Vera3Aksić Milan4Filipović Branislav5Faculty of Medicine, Institute of Anatomy, BelgradeFaculty of Medicine, Institute of Anatomy, BelgradeSpecial Hospital for Mental Disorders, BelgradeUniversity Business Academy, Faculty of Dentistry, PančevoFaculty of Medicine, Institute of Anatomy, BelgradeFaculty of Medicine, Institute of Anatomy, BelgradeBackground/Aim. The interthalamic adhaesion (IA), gray matter connecting both thalami, is absent in about a quarter of human brains. Controversies are present about the nature and functional significance of the human IA. Methods. In six adult human brains we investigated the expression of different neuropeptides: somatosatin (SOM), neuropeptide Y (NPY), ghrelin, neurotensin (NT), adrenocorticotropic hormone (ACTH), substance P (SP) and L-enkephalin (L-Enk) in neurons and/or neuropil of the IA, using immunohistochemistry (streptavidin-biotin technique). Results. In neurons, as well as in fibers, we found immunoreactivity for ghrelin, SOM, L-Enk and NT. However, reactivity for NPY, SP and ACTH was present only in fibers within the IA. Fusiform neurons were immunoreactive for SOM, Ghrelin, LEnk, and NT, neurons with oval perikaryon for SOM, and LEnk, triangular neurons showed immunoreactivity mainly for NT and multipolar neurons for NT and L-Enk. Conclusion. These findings can contribute to the understanding of the function of interthalamic adhaesion, and to resolving the question whether it is a vestigial structure. No mather if the interthalamic adhaesion is vestigial structure or not, its presence or absence could be a marker for other, genetic or functional differences between human brains. Our findings indicate the presence of certain neuronal organization in the human interthalamic adhaesion which could have functional significance, and do not support its vestigial nature. [Projekat Ministarstva nauke Republike Srbije, br. 41020 i br. 175061]http://www.doiserbia.nb.rs/img/doi/0042-8450/2014/0042-84501407646P.pdfbrainhumansthalamusneuropeptidesimmunohistochemistry |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Puškaš Laslo Malobabić Slobodan Lazić Dijana Todorović Vera Aksić Milan Filipović Branislav |
spellingShingle |
Puškaš Laslo Malobabić Slobodan Lazić Dijana Todorović Vera Aksić Milan Filipović Branislav Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality Vojnosanitetski Pregled brain humans thalamus neuropeptides immunohistochemistry |
author_facet |
Puškaš Laslo Malobabić Slobodan Lazić Dijana Todorović Vera Aksić Milan Filipović Branislav |
author_sort |
Puškaš Laslo |
title |
Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality |
title_short |
Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality |
title_full |
Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality |
title_fullStr |
Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality |
title_full_unstemmed |
Immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality |
title_sort |
immunolocalization of different neuropeptides in human interthalamic adhaesion indicates its functionality |
publisher |
Military Health Department, Ministry of Defance, Serbia |
series |
Vojnosanitetski Pregled |
issn |
0042-8450 |
publishDate |
2014-01-01 |
description |
Background/Aim. The interthalamic adhaesion (IA), gray matter connecting both
thalami, is absent in about a quarter of human brains. Controversies are
present about the nature and functional significance of the human IA.
Methods. In six adult human brains we investigated the expression of
different neuropeptides: somatosatin (SOM), neuropeptide Y (NPY), ghrelin,
neurotensin (NT), adrenocorticotropic hormone (ACTH), substance P (SP) and
L-enkephalin (L-Enk) in neurons and/or neuropil of the IA, using
immunohistochemistry (streptavidin-biotin technique). Results. In neurons, as
well as in fibers, we found immunoreactivity for ghrelin, SOM, L-Enk and NT.
However, reactivity for NPY, SP and ACTH was present only in fibers within
the IA. Fusiform neurons were immunoreactive for SOM, Ghrelin, LEnk, and NT,
neurons with oval perikaryon for SOM, and LEnk, triangular neurons showed
immunoreactivity mainly for NT and multipolar neurons for NT and L-Enk.
Conclusion. These findings can contribute to the understanding of the
function of interthalamic adhaesion, and to resolving the question whether it
is a vestigial structure. No mather if the interthalamic adhaesion is
vestigial structure or not, its presence or absence could be a marker for
other, genetic or functional differences between human brains. Our findings
indicate the presence of certain neuronal organization in the human
interthalamic adhaesion which could have functional significance, and do not
support its vestigial nature. [Projekat Ministarstva nauke Republike Srbije,
br. 41020 i br. 175061] |
topic |
brain humans thalamus neuropeptides immunohistochemistry |
url |
http://www.doiserbia.nb.rs/img/doi/0042-8450/2014/0042-84501407646P.pdf |
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