Functional MRI imaging in localizing motor paradigm

Objectives – Understanding how brain works was the neuroscience’s goal, since day one. The cerebral analysis development’s came along with the widespread of fMRI usage. Following the neuroscience facts, this study aims to identify the cerebral localization of the motor cortex, in a young and healthy...

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Main Author: Óscar Tavares
Format: Article
Language:English
Published: Escola Superior de Tecnologia da Saúde de Lisboa 2015-12-01
Series:Saúde & Tecnologia
Subjects:
Online Access:https://web.estesl.ipl.pt/ojs/index.php/ST/article/view/1084
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author Óscar Tavares
author_facet Óscar Tavares
author_sort Óscar Tavares
collection DOAJ
description Objectives – Understanding how brain works was the neuroscience’s goal, since day one. The cerebral analysis development’s came along with the widespread of fMRI usage. Following the neuroscience facts, this study aims to identify the cerebral localization of the motor cortex, in a young and healthy population. By allowing a better knowledge of this area, it gives an important contribution to the neurology science. Material and methods – fMRIs were performed in 30 healthy subjects, in clinical medical imaging. To achieve this purpose, we employed proper resonance equipment. The motor paradigm used was the fingers’ movement. By the obtained images, the region’s areas were measured. The data were analysed by a statistic program (SPSS version 19). Conclusion – In conclusion, we observed that the area which was more active, when motor paradigms were in execution, relies on left cerebral hemisphere.
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spelling doaj.art-6b34e9b4ab9a4fbf8ebf1de0c2ec97572024-04-16T22:45:41ZengEscola Superior de Tecnologia da Saúde de LisboaSaúde & Tecnologia1646-97042015-12-0100e51e5110.25758/s&t.v0i0.10841094Functional MRI imaging in localizing motor paradigmÓscar Tavares0Professor-adjunto de Radiologia, Escola Superior de Tecnologia da Saúde de Coimbra, Instituto Politécnico de CoimbraObjectives – Understanding how brain works was the neuroscience’s goal, since day one. The cerebral analysis development’s came along with the widespread of fMRI usage. Following the neuroscience facts, this study aims to identify the cerebral localization of the motor cortex, in a young and healthy population. By allowing a better knowledge of this area, it gives an important contribution to the neurology science. Material and methods – fMRIs were performed in 30 healthy subjects, in clinical medical imaging. To achieve this purpose, we employed proper resonance equipment. The motor paradigm used was the fingers’ movement. By the obtained images, the region’s areas were measured. The data were analysed by a statistic program (SPSS version 19). Conclusion – In conclusion, we observed that the area which was more active, when motor paradigms were in execution, relies on left cerebral hemisphere.https://web.estesl.ipl.pt/ojs/index.php/ST/article/view/1084ressonância magnética funcional (RMF), córtex motor, sinal BOLD (blood oxygen- level dependent), paradigma motor
spellingShingle Óscar Tavares
Functional MRI imaging in localizing motor paradigm
Saúde & Tecnologia
ressonância magnética funcional (RMF), córtex motor, sinal BOLD (blood oxygen- level dependent), paradigma motor
title Functional MRI imaging in localizing motor paradigm
title_full Functional MRI imaging in localizing motor paradigm
title_fullStr Functional MRI imaging in localizing motor paradigm
title_full_unstemmed Functional MRI imaging in localizing motor paradigm
title_short Functional MRI imaging in localizing motor paradigm
title_sort functional mri imaging in localizing motor paradigm
topic ressonância magnética funcional (RMF), córtex motor, sinal BOLD (blood oxygen- level dependent), paradigma motor
url https://web.estesl.ipl.pt/ojs/index.php/ST/article/view/1084
work_keys_str_mv AT oscartavares functionalmriimaginginlocalizingmotorparadigm