Migraine in childhood and adolescence: clinical and laboratory aspects

Objective: To evaluate children and adolescents suffering frommigraine according to their physical examination and laboratorydata and to verify the possible correlation between the clinicalalterations and the imaging exams. Methods: An assessment of25 patients, 18 of whom suffered from migraines and...

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Main Authors: Abram Topczewski, Maria Valeriana Leme de Moura Ribeiro
Format: Article
Language:English
Published: Instituto Israelita de Ensino e Pesquisa Albert Einstein 2005-03-01
Series:Einstein (São Paulo)
Subjects:
Online Access:http://www.einstein.br/revista/biblioteca/artigos/vol3/num_1/Vol3_%20N1_P1.pdf
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spelling doaj-ee14f9268b1649dfa59a682fbd13b9b82020-11-25T01:35:02ZengInstituto Israelita de Ensino e Pesquisa Albert EinsteinEinstein (São Paulo)1679-45082005-03-013114Migraine in childhood and adolescence: clinical and laboratory aspectsAbram TopczewskiMaria Valeriana Leme de Moura RibeiroObjective: To evaluate children and adolescents suffering frommigraine according to their physical examination and laboratorydata and to verify the possible correlation between the clinicalalterations and the imaging exams. Methods: An assessment of25 patients, 18 of whom suffered from migraines and 7 from tensiontype headaches, was obtained with the help of a neuroclinicalexamination. an electroencephalogram, a computerizedtomography of the brain and the single photon emission computedtomography. Results: The electroencephalogram and thecomputerized tomography revealed alterations in 48% of thepatients and the single photon emission computed tomography in44%. It was found that a 40% coincidence existed between theelectroencephalographic and single photon emission computedtomography alterations, which suggested localized neuronaldysfunction. Conclusion: Among the studied population of childrenand adolescents with migraine there was an important coincidencebetween electroencephalographic and the single photon emissioncomputed tomography data.http://www.einstein.br/revista/biblioteca/artigos/vol3/num_1/Vol3_%20N1_P1.pdfHeadache/diagnosisTension headache/diagnosisTomographyemission-computedsingle-photonTomographyx-ray computedChildAdolescent
collection DOAJ
language English
format Article
sources DOAJ
author Abram Topczewski
Maria Valeriana Leme de Moura Ribeiro
spellingShingle Abram Topczewski
Maria Valeriana Leme de Moura Ribeiro
Migraine in childhood and adolescence: clinical and laboratory aspects
Einstein (São Paulo)
Headache/diagnosis
Tension headache/diagnosis
Tomography
emission-computed
single-photon
Tomography
x-ray computed
Child
Adolescent
author_facet Abram Topczewski
Maria Valeriana Leme de Moura Ribeiro
author_sort Abram Topczewski
title Migraine in childhood and adolescence: clinical and laboratory aspects
title_short Migraine in childhood and adolescence: clinical and laboratory aspects
title_full Migraine in childhood and adolescence: clinical and laboratory aspects
title_fullStr Migraine in childhood and adolescence: clinical and laboratory aspects
title_full_unstemmed Migraine in childhood and adolescence: clinical and laboratory aspects
title_sort migraine in childhood and adolescence: clinical and laboratory aspects
publisher Instituto Israelita de Ensino e Pesquisa Albert Einstein
series Einstein (São Paulo)
issn 1679-4508
publishDate 2005-03-01
description Objective: To evaluate children and adolescents suffering frommigraine according to their physical examination and laboratorydata and to verify the possible correlation between the clinicalalterations and the imaging exams. Methods: An assessment of25 patients, 18 of whom suffered from migraines and 7 from tensiontype headaches, was obtained with the help of a neuroclinicalexamination. an electroencephalogram, a computerizedtomography of the brain and the single photon emission computedtomography. Results: The electroencephalogram and thecomputerized tomography revealed alterations in 48% of thepatients and the single photon emission computed tomography in44%. It was found that a 40% coincidence existed between theelectroencephalographic and single photon emission computedtomography alterations, which suggested localized neuronaldysfunction. Conclusion: Among the studied population of childrenand adolescents with migraine there was an important coincidencebetween electroencephalographic and the single photon emissioncomputed tomography data.
topic Headache/diagnosis
Tension headache/diagnosis
Tomography
emission-computed
single-photon
Tomography
x-ray computed
Child
Adolescent
url http://www.einstein.br/revista/biblioteca/artigos/vol3/num_1/Vol3_%20N1_P1.pdf
work_keys_str_mv AT abramtopczewski migraineinchildhoodandadolescenceclinicalandlaboratoryaspects
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