Browsing by Author "Treister, Roi"

Now showing items 1-4 of 4

    • Individually based measurement of temporal summation evoked by a noxious tonic heat paradigm 

      Suzan, Erica; Aviram, Joshua; Treister, Roi; Eisenberg, Elon; Pud, Dorit (Dove Medical Press, 2015)
      Background: A model for measuring temporal summation (TS) by tonic noxious stimulation was recently proposed. However, methodological variations between studies make it difficult to reach a consensus regarding the way TS ...

    • Non-invasive Transcranial Magnetic Stimulation (TMS) of the Motor Cortex for Neuropathic Pain—At the Tipping Point? 

      Treister, Roi; Lang, Magdalena; Klein, Max M.; Oaklander, Anne Louise (Rambam Health Care Campus, 2013)
      The term “neuropathic pain” (NP) refers to chronic pain caused by illnesses or injuries that damage peripheral or central pain-sensing neural pathways to cause them to fire inappropriately and signal pain without cause. ...

    • Pain Intensity Recognition Rates via Biopotential Feature Patterns with Support Vector Machines 

      Gruss, Sascha; Treister, Roi; Werner, Philipp; Traue, Harald C.; Crawcour, Stephen; Andrade, Adriano; Walter, Steffen (Public Library of Science, 2015)
      Background: The clinically used methods of pain diagnosis do not allow for objective and robust measurement, and physicians must rely on the patient’s report on the pain sensation. Verbal scales, visual analog scales (VAS) ...

    • Transcranial magnetic stimulation of the brain: guidelines for pain treatment research 

      Klein, Max M.; Treister, Roi; Raij, Tommi; Pascual-Leone, Alvaro; Park, Lawrence; Nurmikko, Turo; Lenz, Fred; Lefaucheur, Jean-Pascal; Lang, Magdalena; Hallett, Mark; Fox, Michael; Cudkowicz, Merit; Costello, Ann; Carr, Daniel B.; Ayache, Samar S.; Oaklander, Anne Louise (Wolters Kluwer, 2015)
      Abstract Recognizing that electrically stimulating the motor cortex could relieve chronic pain sparked development of noninvasive technologies. In transcranial magnetic stimulation (TMS), electromagnetic coils held against ...