Regarding motor function, many authors documented poor results during early postoperative period.
Regarding motor function of related nerve roots, the whole patient population showed no postoperative deterioration in pertinent root value power grades.
A significant body of literature has occurred over the past four decades regarding motor cortex signal extraction for upper extremity movement or computer interface.
Poor postoperative outcome regarding motor power and function in cases of surgically excised middle third parasagittal and parafalcine meningiomas in which transient or permanent hemiparesis developed, is one of the most frequent complications (Skudas & Tamasauskas, 2002).
Venous system injury with subsequent cerebral edema, venous infarction, cortical injuries, and contusions are considered the main reasons for poor postoperative outcome regarding motor function (Tomasello et al., 2013; Bazzao et al., 2005; Elborady & Kamal, 2014).
This is an interesting difference between muscles that could be a consequence of the different innervation with either trigeminal branches (masseter muscle) or spinal branches (tibialis muscle) and functionality of the nerves regarding motor and sensory functions [58].
A well-known issue in functional neuroimaging studies, regarding motor synchronization, is to design suitable control tasks able to discriminate between the brain structures involved in primary time-keeper functions and those related to other processes such as attentional effort.
In early postoperative outcome regarding motor function, 9 cases (53%) showed deterioration of motor function as follows: group A: among 9 patients with no preoperative motor deficit, 4 patients had no deterioration of motor power while 5 patients deteriorated; 3 cases had partial deficit and independent, while 2 cases had complete disability.
Despite the potential influences of these factors, most of the evidence has suggested that the frequency domain of the MMG signal contains some information regarding motor unit firing rates.
To explore the importance of policy options of containing the dramatic growth in Chinese transport oil demand, three scenarios regarding motor vehicle fuel economy improvements were designed in predicting future oil use and CO2 emissions.
