Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801432034> ?p ?o ?g. }
- W2801432034 endingPage "179" @default.
- W2801432034 startingPage "173" @default.
- W2801432034 abstract "Noninvasive brain stimulation refers to a set of technologies and techniques with which to modulate the excitability of the brain via transcranial stimulation. Two major modalities of noninvasive brain stimulation are transcranial magnetic stimulation (TMS) and transcranial current stimulation. Six TMS devices now have approved uses by the U.S. Food and Drug Administration and are used in clinical practice: five for treating medication refractory depression and the sixth for presurgical mapping of motor and speech areas. Several large, multisite clinical trials are currently underway that aim to expand the number of clinical applications of noninvasive brain stimulation in a way that could affect multiple clinical specialties in the coming years, including psychiatry, neurology, pediatrics, neurosurgery, physical therapy, and physical medicine and rehabilitation. In this article, the authors review some of the anticipated challenges facing the incorporation of noninvasive brain stimulation into clinical practice. Specific topics include establishing efficacy, safety, economics, and education. In discussing these topics, the authors focus on the use of TMS in the treatment of medication refractory depression when possible, because this is the most widely accepted clinical indication for TMS to date. These challenges must be thoughtfully considered to realize the potential of noninvasive brain stimulation as an emerging specialty that aims to enhance the current ability to diagnose and treat disorders of the brain." @default.
- W2801432034 created "2018-05-17" @default.
- W2801432034 creator A5056623917 @default.
- W2801432034 creator A5065304766 @default.
- W2801432034 creator A5068013704 @default.
- W2801432034 creator A5077179906 @default.
- W2801432034 creator A5083123768 @default.
- W2801432034 creator A5084280420 @default.
- W2801432034 date "2018-07-01" @default.
- W2801432034 modified "2023-10-16" @default.
- W2801432034 title "Noninvasive Brain Stimulation: Challenges and Opportunities for a New Clinical Specialty" @default.
- W2801432034 cites W1575772212 @default.
- W2801432034 cites W1642975344 @default.
- W2801432034 cites W1657449297 @default.
- W2801432034 cites W1784827336 @default.
- W2801432034 cites W1889028771 @default.
- W2801432034 cites W1956465301 @default.
- W2801432034 cites W1965902103 @default.
- W2801432034 cites W1969206591 @default.
- W2801432034 cites W1971146523 @default.
- W2801432034 cites W1975080710 @default.
- W2801432034 cites W1975165849 @default.
- W2801432034 cites W1980475719 @default.
- W2801432034 cites W1983211080 @default.
- W2801432034 cites W1988751658 @default.
- W2801432034 cites W1989728210 @default.
- W2801432034 cites W1992151772 @default.
- W2801432034 cites W2001307863 @default.
- W2801432034 cites W2005669363 @default.
- W2801432034 cites W2008137126 @default.
- W2801432034 cites W2009409168 @default.
- W2801432034 cites W2011153223 @default.
- W2801432034 cites W2011750425 @default.
- W2801432034 cites W2014493574 @default.
- W2801432034 cites W2016478370 @default.
- W2801432034 cites W2020137264 @default.
- W2801432034 cites W2032029807 @default.
- W2801432034 cites W2034488360 @default.
- W2801432034 cites W2037784693 @default.
- W2801432034 cites W2045813433 @default.
- W2801432034 cites W2047066781 @default.
- W2801432034 cites W2047430058 @default.
- W2801432034 cites W2047846607 @default.
- W2801432034 cites W2048304275 @default.
- W2801432034 cites W2049990060 @default.
- W2801432034 cites W2052249755 @default.
- W2801432034 cites W2053371208 @default.
- W2801432034 cites W2055612844 @default.
- W2801432034 cites W2058860479 @default.
- W2801432034 cites W2061034794 @default.
- W2801432034 cites W2063841517 @default.
- W2801432034 cites W2073595961 @default.
- W2801432034 cites W2080928318 @default.
- W2801432034 cites W2081338054 @default.
- W2801432034 cites W2083345043 @default.
- W2801432034 cites W2083672176 @default.
- W2801432034 cites W2083920471 @default.
- W2801432034 cites W2087813588 @default.
- W2801432034 cites W2097273459 @default.
- W2801432034 cites W2097446825 @default.
- W2801432034 cites W2098249967 @default.
- W2801432034 cites W2104137290 @default.
- W2801432034 cites W2104743992 @default.
- W2801432034 cites W2109355532 @default.
- W2801432034 cites W2111594190 @default.
- W2801432034 cites W2117261648 @default.
- W2801432034 cites W2120355713 @default.
- W2801432034 cites W2121864579 @default.
- W2801432034 cites W2122239141 @default.
- W2801432034 cites W2123112580 @default.
- W2801432034 cites W2123275949 @default.
- W2801432034 cites W2138804172 @default.
- W2801432034 cites W2140358254 @default.
- W2801432034 cites W2145066872 @default.
- W2801432034 cites W2150311867 @default.
- W2801432034 cites W2154657726 @default.
- W2801432034 cites W2156092714 @default.
- W2801432034 cites W2156131484 @default.
- W2801432034 cites W2159516049 @default.
- W2801432034 cites W2162932719 @default.
- W2801432034 cites W2164240276 @default.
- W2801432034 cites W2165525621 @default.
- W2801432034 cites W2166562931 @default.
- W2801432034 cites W2169287801 @default.
- W2801432034 cites W2169503036 @default.
- W2801432034 cites W2171800174 @default.
- W2801432034 cites W2317462659 @default.
- W2801432034 cites W2333520595 @default.
- W2801432034 cites W2560565629 @default.
- W2801432034 cites W2751884637 @default.
- W2801432034 doi "https://doi.org/10.1176/appi.neuropsych.17110262" @default.
- W2801432034 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29685065" @default.
- W2801432034 hasPublicationYear "2018" @default.
- W2801432034 type Work @default.
- W2801432034 sameAs 2801432034 @default.
- W2801432034 citedByCount "48" @default.
- W2801432034 countsByYear W28014320342019 @default.
- W2801432034 countsByYear W28014320342020 @default.