"... In PAGE 3: ... By contrast, rCBF was mostly symmetrical in KS pa- tients, except for the precentral gyrus, transverse tem- poral gyrus and cerebellum, where leftward asymmetry persisted. As a consequence, significant rCBF increase was observed in many right hemisphere regions com- pared with controls ( Table2 ), namely the prefrontal motor areas, parietal associative areas, and temporal language areas. Reciprocally, rCBF decrease was ob- served in several subcortical structures, including hip- pocampi and cerebellum.... ..."

"... In PAGE 22: ... Each document is assigned to one of seven document categories based on the relative ratio of its topic categories. We explain the categories and give specific details on the categorization criteria in Table1 . The example in Figure 10 illustrates three of these document categories.... ..."

"... In PAGE 15: ...Figure 4 A and Table2 summarize the findings in the dorsal premotor experiment and show all brain regions that presented significant positive and negative correlations between POST-PRE CBF differences and the amount of MEP reduction. Figure 5 A-B provides plots of CBF differences versus MEP reduction for two of these brain regions: the right anterior parietal and ventral premotor cortices.... ..."

"... In PAGE 16: ...edial intraparietal area; X=31, Z=-64, Z=54; t=-4.1). A direct subtraction of the Pre scan from the average of all Post scans revealed no significant CBF differences anywhere in the brain. Effects of repetitive TMS over the primary motor cortex on CBF Figure 4 B and Table3 summarize the findings in the primary motor experiment and show all brain regions that presented significant positive and negative correlations between POST-PRE CBF differences and the amount of MEP reduction. Figure 5 C provides a plot of CBF differences versus MEP reduction for one of these brain regions, the right primary motor cortex.... ..."

"... In PAGE 15: ... is computed as the maximum distance between sample points of each mesh entity classified on curved model boundary and their corresponding closest points on the boundary. Statics for curving the blood vessel meshes are presented in Table1 . The results clearly demonstrate that geometric approximation error in terms of normalized maximum distance devia- tion has been improved by increasing the geometric approximation order especially in going from linear to cubic geometry.... In PAGE 15: ...oundary. Statics for curving the blood vessel meshes are presented in Table 1. The results clearly demonstrate that geometric approximation error in terms of normalized maximum distance devia- tion has been improved by increasing the geometric approximation order especially in going from linear to cubic geometry. Table1 also includes the statics on which local mesh modifications were used to correct the invalid elements. The shape manipulation operations are the most frequently applied in this exam- ple.... ..."

"... In PAGE 6: ... The three-year six-year survival were, respectively, 93% and 79% for with permanent AF compared with 97% and 91% those with paroxysmal or persistent AF (Fig 5). Analysis order to eliminate the potential confounding effect of ablation of AF, we excluded 90 AF patients who the Cox-maze operation from this analysis Table4 ). Again the findings, shown on Table 5, were with the previous comparison.... ..."

"... In PAGE 4: ...Duringsequentialfingermovementsoftherecoveredhand, themeanrCBFincreasedinpremotorcorticalareasofboth cerebral hemispheres ( Table3 ). The activation in the ip- silesional frontomesial cortex probably included the SMA but may have extended ventrally also into the closely adja- centcingulatemotorarea.... In PAGE 4: ...42,43Asevidentfromoverlaywith theanatomyofthecorrespondingMRimage,themeanrCBF increasesinthepremotorcortex(PMC)occurredinitsdor- solateralpartalongtheposteriorbankoftheprecentralsul- cusintheipsilesionalhemisphereandalongtheanteriorbank of the precentral sulcus in the contralesional hemisphere (Figure3,top).Inaddition,significantmeanrCBFincreases were observed in abnormal locations including the ipsile- sionalanteriorcingulate,prefrontalcortex,andcontralesional hippocampalformation( Table3 ).Sequentialfingermove- mentsoftheunaffectedipsilesionalhandinducedmeanrCBF increasesincontralesionalmotor,premotor,somatosensory, and parietal cortex as well as in SMA (Figure 3, top).... In PAGE 5: ...Table3 ).Also,intheindividualdata, noactivationwasobservedinmotorcortexofthedamaged orcontralesionalcerebralhemisphereduringfingermove- mentsofthecontralesionalhand.... In PAGE 5: ...symmetry index of 0.72. This remote functional depres- sion of the thalamus was in accordance with earlier stud- ies7,44andremainedvirtuallyunchangedduringsequential finger movements of either hand. Sensorimotor activity during tactile exploration with the recovered hand resulted in activation of the ipsile- sional dorsolateral PMC, bilateral frontomesial cortex in- cluding the SMA, and the ipsilesional lateral prefrontal cor- tex ( Table3 ). Again, there was no activation of the motor cortex, somatosensory cortex, superior parietal lobule, and thalamus in the affected hemisphere (Figure 3, bottom).... In PAGE 5: ... Again, there was no activation of the motor cortex, somatosensory cortex, superior parietal lobule, and thalamus in the affected hemisphere (Figure 3, bottom). Instead, there were activations in the contralesional hemi- sphere involving the anterior parietal cortex, mesial pre- frontal cortex, and anterior cingulate ( Table3 ; Figure 3, bottom). In the individual data, no activation was ob- served in the ipsilesional or contralesional motor cortex.... ..."