Add to ORKGInternational audienceThe aim of this fMRI study was to evaluate the motor reorganization (cerebral plasticity) and the risk of motor deficit in patients presenting with tumors and vascular malformations, within the framework of their pre-surgical planning. Functional MR imaging data was obtained from 17 patients. Ten patients (seven with tumors and three with vascular malformations) presented with motor reorganization. The results of the present study suggest that the evaluation of the cerebral reorganization is an essential step in predicting the risk of motor deficit in patients having surgical indication for treatment. Furthermore, the cerebral reorganization constitutes an important factor for surgical decision
International audienceOBJECTIVE: Patients undergoing surgical resection of medial frontal lesions ma...
For pre-surgical planning we present quantitative comparison of the location of the hand motor funct...
BACKGROUND AND PURPOSE: The capacity of the human brain to recover from damage has been explained on...
International audienceThe aim of this fMRI study was to evaluate the motor reorganization (cerebral ...
Reorganization of the motor system was evaluated with fMRI in six patients suffering from focal cere...
AbstractBackground and purposeConventional MR imaging permits subcategorization of brain tumors; how...
Minimally invasive resection of brain tumours aims at removing as much pathological tissue as possib...
Background: The aim of this study was to analyze the reorganization of the centers of the motor cort...
BACKGROUND AND PURPOSE: Reorganization of brain function may result in preservation of motor functio...
Alterations in gyral contour made it difficult to identify the motor cortex thought to be near an ar...
Functional magnetic resonance imaging (fMRI) research has shown that brain arteriovenous malformatio...
BACKGROUND: Clinical functional magnetic resonance imaging (fMRI) is still an upcoming diagnostic to...
BACKGROUND AND PURPOSE: Motor deficits in patients with brain tumors are caused mainly by irreversib...
Mapping eloquent brain areas by fMRI only belongs to recent history, but has already proved an essen...
Background: Functional Magnetic Resonance Imaging (fMRI) is a presurgical planning technique used to...
International audienceOBJECTIVE: Patients undergoing surgical resection of medial frontal lesions ma...
For pre-surgical planning we present quantitative comparison of the location of the hand motor funct...
BACKGROUND AND PURPOSE: The capacity of the human brain to recover from damage has been explained on...
International audienceThe aim of this fMRI study was to evaluate the motor reorganization (cerebral ...
Reorganization of the motor system was evaluated with fMRI in six patients suffering from focal cere...
AbstractBackground and purposeConventional MR imaging permits subcategorization of brain tumors; how...
Minimally invasive resection of brain tumours aims at removing as much pathological tissue as possib...
Background: The aim of this study was to analyze the reorganization of the centers of the motor cort...
BACKGROUND AND PURPOSE: Reorganization of brain function may result in preservation of motor functio...
Alterations in gyral contour made it difficult to identify the motor cortex thought to be near an ar...
Functional magnetic resonance imaging (fMRI) research has shown that brain arteriovenous malformatio...
BACKGROUND: Clinical functional magnetic resonance imaging (fMRI) is still an upcoming diagnostic to...
BACKGROUND AND PURPOSE: Motor deficits in patients with brain tumors are caused mainly by irreversib...
Mapping eloquent brain areas by fMRI only belongs to recent history, but has already proved an essen...
Background: Functional Magnetic Resonance Imaging (fMRI) is a presurgical planning technique used to...
International audienceOBJECTIVE: Patients undergoing surgical resection of medial frontal lesions ma...
For pre-surgical planning we present quantitative comparison of the location of the hand motor funct...
BACKGROUND AND PURPOSE: The capacity of the human brain to recover from damage has been explained on...