PURPOSE: To determine the location of hand function in the sensorimotor cortex using MR and positron emission tomography imaging studies. METHODS: Anatomic and physiological methods were used for this study. Anatomic study was based on the MR analysis of 22 subjects. The length of the sensorimotor cortex was measured in the axial and sagittal planes. Physiologic study was based on the positron emission tomography studies of 4 subjects. Each of the studies was correlated with MR. RESULTS: We found that the superior genu of the central sulcus corresponds to hand function in the sensorimotor cortex. This level may prove useful for any clinical correlations or for surgery. CONCLUSIONS: From this study, the hand function area in the sensorimotor cortex is easily understood with its characteristic shape in axial MR scan. The comparison of MR and positron emission tomography data clearly show anatomic correlations. This may be applied to the functional mapping of the pathologic studies in the sensorimotor cortex regions.
PURPOSE: To determine the location of hand function in the sensorimotor cortex using MR and positron emission tomography imaging studies. METHODS: Anatomic and physiological methods were used for this study. Anatomic study was based on the MR analysis of 22 subjects. The length of the sensorimotor cortex was measured in the axial and sagittal planes. Physiologic study was based on the positron emission tomography studies of 4 subjects. Each of the studies was correlated with MR. RESULTS: We found that the superior genu of the central sulcus corresponds to hand function in the sensorimotor cortex. This level may prove useful for any clinical correlations or for surgery. CONCLUSIONS: From this study, the hand function area in the sensorimotor cortex is easily understood with its characteristic shape in axial MR scan. The comparison of MR and positron emission tomography data clearly show anatomic correlations. This may be applied to the functional mapping of the pathologic studies in the sensorimotor cortex regions.
Authors: C C Lee; H A Ward; F W Sharbrough; F B Meyer; W R Marsh; C Raffel; E L So; G D Cascino; C Shin; Y Xu; S J Riederer; C R Jack Journal: AJNR Am J Neuroradiol Date: 1999-09 Impact factor: 3.825
Authors: Carlo A Porro; Patrizia Baraldi; Giuseppe Pagnoni; Marco Serafini; Patrizia Facchin; Marta Maieron; Paolo Nichelli Journal: J Neurosci Date: 2002-04-15 Impact factor: 6.167
Authors: Thomas G Gasser; Erol I Sandalcioglu; Helmut Wiedemayer; Volker Hans; Elke Gizewski; Michael Forsting; Dietmar Stolke Journal: Neurosurg Rev Date: 2003-12-23 Impact factor: 3.042
Authors: C A Porro; M P Francescato; V Cettolo; M E Diamond; P Baraldi; C Zuiani; M Bazzocchi; P E di Prampero Journal: J Neurosci Date: 1996-12-01 Impact factor: 6.167
Authors: M M Machulda; H A Ward; B Borowski; J L Gunter; R H Cha; P C O'Brien; R C Petersen; B F Boeve; D Knopman; D F Tang-Wai; R J Ivnik; G E Smith; E G Tangalos; C R Jack Journal: Neurology Date: 2003-08-26 Impact factor: 9.910