Titlebook: Rehabilitation with rTMS; Masahiro Abo,Wataru Kakuda Book 2015 Springer International Publishing Switzerland 2015 Neurophysiology.Rehabili

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rTMS for Lower Limb Hemiparesis after Stroke,le cone coil has a deep focus of stimulation and can stimulate such regions located in the deep. For gait disturbance after stroke, therefore, we introduced high-frequency rTMS using a double cone coil placed on the cranial median line, combined with physical therapy including treadmill training. Th

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rTMS in the Acute Phase of Stroke,acute stroke patients, we conducted a comparative study of beneficial effects between high-frequency and low-frequency rTMS. The result of the study revealed that high-frequency rTMS is more beneficial than low-frequency rTMS for such patient population. Furthermore, we also indicated that bilateral

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Case Presentation (Including TMS Device Handling Instructions),motor evoked potentials from the muscles of the unaffected upper limb. The intensity of stimulation is usually set as 90 % of motor threshold of the muscle. In 1 session of low-frequency rTMS of 1 Hz, 1200 pulses of stimulation are delivered in 20 minutes. Seven poststroke cases who received rTMS tr

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Future Challenges of rTMS Treatment,ed more. For patients with apparent limb spasticity, botulinum toxin type A should be injected prior to TMS application. Concomitant administration of levodopa can augment the beneficial effect of rTMS. It is worth applying more potent TMS modalities such as theta burst stimulation, instead of conve

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Masahiro Abo,Wataru Kakudatered the collaboration between their communities. The commonspiritofboth conferenceswasunderpinnedby jointopening andclosing sessions, invited talks, as well a978-3-540-68854-9978-3-540-68855-6Series ISSN 0302-9743 Series E-ISSN 1611-3349

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Masahiro Abo,Wataru Kakudaudy where we specified telephony features, suchas call forwarding withMTD’s, and verified these properties on an asynchronous telephony model. The compositional reasoning methods led to savings of 15%-80% in verification times, and comparable savings in space.

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Masahiro Abo,Wataru Kakudat perfectly fit the stability and deadlock analysis requirements of the distributed DTM algorithms. The paper presents the detailed analysis of a state-of-the-art task migration algorithm of distributed DTM for many-core systems. The functional and timing verification is done on a larger grid size o

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