IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES

IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES

The brain is organised into large-scale functional networks with interactions between them. For the purpose of imaging brain networks, two fMRI techniques are particulary helpful. Diffusion tensor imaging (DTI) is based on the detection of water diffusion, which occurs preferentially in the longitu...

Full description

Bibliographic Details
Main Authors: A. Roceanu, M. Onu, L. Badea, O. Bajenaru
Format: Article
Language:English
Published: Amaltea Medical Publishing House 2013-12-01
Series:Romanian Journal of Neurology
Subjects:
brain network
functional connectivity
diffusion imaging
connectomics
Online Access:https://revistemedicale.amaltea.ro/Romanian_Journal_of_NEUROLOGY/Revista_Romana_de_NEUROLOGIE-2013-Nr.4/RJN_2013_4_Art-03.pdf
id doaj-7a0d5b87542244ffbe4812a9df63726b
record_format Article
spelling doaj-7a0d5b87542244ffbe4812a9df63726b2020-11-25T02:27:05ZengAmaltea Medical Publishing HouseRomanian Journal of Neurology1843-81482069-60942013-12-0112418018210.37897/RJN.2013.4.3IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUESA. Roceanu0M. Onu1L. Badea2O. Bajenaru3Neurology Department, University Emergency Hospital, BucharestRadiology Department, “Theodor Burghele” Hospital, BucharestNational Institute for Research and Development in InformaticsNeurology Department, University Emergency Hospital, BucharestThe brain is organised into large-scale functional networks with interactions between them. For the purpose of imaging brain networks, two fMRI techniques are particulary helpful. Diffusion tensor imaging (DTI) is based on the detection of water diffusion, which occurs preferentially in the longitudinal direction of axons, providing a mean to imagine the anatomy of axonal bundles. Functional connectivity is based on the relative synchroy of the blood-oxygen-level-dependent (BOLD) signal across brain regions that work together.https://revistemedicale.amaltea.ro/Romanian_Journal_of_NEUROLOGY/Revista_Romana_de_NEUROLOGIE-2013-Nr.4/RJN_2013_4_Art-03.pdfbrain networkfunctional connectivitydiffusion imagingconnectomics
collection DOAJ
language English
format Article
sources DOAJ
author A. Roceanu
M. Onu
L. Badea
O. Bajenaru
spellingShingle A. Roceanu
M. Onu
L. Badea
O. Bajenaru
IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES
Romanian Journal of Neurology
brain network
functional connectivity
diffusion imaging
connectomics
author_facet A. Roceanu
M. Onu
L. Badea
O. Bajenaru
author_sort A. Roceanu
title IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES
title_short IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES
title_full IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES
title_fullStr IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES
title_full_unstemmed IMAGING BRAIN NETWORKS – SHORT PRESENTATION OF NEW TECHNIQUES
title_sort imaging brain networks – short presentation of new techniques
publisher Amaltea Medical Publishing House
series Romanian Journal of Neurology
issn 1843-8148
2069-6094
publishDate 2013-12-01
description The brain is organised into large-scale functional networks with interactions between them. For the purpose of imaging brain networks, two fMRI techniques are particulary helpful. Diffusion tensor imaging (DTI) is based on the detection of water diffusion, which occurs preferentially in the longitudinal direction of axons, providing a mean to imagine the anatomy of axonal bundles. Functional connectivity is based on the relative synchroy of the blood-oxygen-level-dependent (BOLD) signal across brain regions that work together.
topic brain network
functional connectivity
diffusion imaging
connectomics
url https://revistemedicale.amaltea.ro/Romanian_Journal_of_NEUROLOGY/Revista_Romana_de_NEUROLOGIE-2013-Nr.4/RJN_2013_4_Art-03.pdf
work_keys_str_mv AT aroceanu imagingbrainnetworksshortpresentationofnewtechniques
AT monu imagingbrainnetworksshortpresentationofnewtechniques
AT lbadea imagingbrainnetworksshortpresentationofnewtechniques
AT obajenaru imagingbrainnetworksshortpresentationofnewtechniques
_version_ 1724844343608475648

Similar Items