Titlebook: Cortical Connectivity; Brain Stimulation fo Robert Chen,John C. Rothwell Book 2012 Springer-Verlag Berlin Heidelberg 2012 Brain connectivit

青春期

jumble

medieval

Changes in Cortical Circuits in Movement Disorderst tend to normalize during task performance. Repeated applications of rTMS may induce long-term changes in cortical excitability. It is being developed as a potential treatment to normalize cortical excitability and intracortical circuits for movement disorders.

不能平靜

Multiple Sclerosisividuals, increased and decreased connectivity between these areas, and recruitment of additional cortical areas. The main value of connectivity research in MS lies in its potential to capture sub- and premacroscopic pathology, which cannot be revealed by conventional MRI.

壯觀的游行

excursion

harmony

The Fascinating Taurid Complex,tinct parietal and frontal areas to the control of both the kinematics and dynamics of precision grasping. Moreover, although a large body of the literature has focused on which brain areas either integrate the visual object’s properties or control the motor output, it is still unclear how grasp-rel

CHIP

Indecisive

Hyperopia

Wanchun Liu,Salman Durrani,Xiangyun Zhoufector-specific way, and study how such changes relate to the information that guides our actions. In humans, this provides unique insight into the physiological underpinnings and mechanism of action through which we prepare and select our movements in an ever-changing and uncertain world.