DOI: 10.11606/d.3.2020.tde-16032021-113848
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Efeito da estimulação transcutânea da medula espinhal por corrente contínua (tsDCS) nas oscilações posturais durante a postura ereta ortostática em seres humanos.

Abstract: Este trabalho de mestradoé o resultado de uma longa jornada de um pequeno trecho que percorri do universo da ciência. Nessa travessia me deparei com inúmeras descobertas desse mundo pelo o qual sou apaixonado. Assim como aprendi com o Caminho de Santigado de Compostela, no qual andei 280 km em 2019, o percurso pelo mestrado demanda paciência do viajante e suporte daqueles que nos acompanham por essa viagem. De modo a viabilizar uma jornada dessasé necessário que pessoas que já tenham realizado esse tipo de tra… Show more

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“…Recent computational studies of tsDCS have reported that the placement of electrodes over T10 and over the iliac crest optimizes the stimulation of the region of the lumbosacral enlargement [24,27], which contains a large amount of axonal and dendritic segments as well as a great number of synapses related to lower limb activation [91,92] and thus certainly related to postural control during standing. In addition, computer simulation of an approximate mathematical model developed in our laboratory, showed that the use of a bilateral placement of electrodes on the iliac crests allowed a reduction in the electric current density in this region of the skin, when compared to the unilateral placement, without modifying the electric field generated in the spinal cord [93]. These evidences motivated us to use an electrode positioned over T10 and two electrodes over the iliac crests bilaterally.…”
Section: Discussionmentioning
confidence: 98%
“…Recent computational studies of tsDCS have reported that the placement of electrodes over T10 and over the iliac crest optimizes the stimulation of the region of the lumbosacral enlargement [24,27], which contains a large amount of axonal and dendritic segments as well as a great number of synapses related to lower limb activation [91,92] and thus certainly related to postural control during standing. In addition, computer simulation of an approximate mathematical model developed in our laboratory, showed that the use of a bilateral placement of electrodes on the iliac crests allowed a reduction in the electric current density in this region of the skin, when compared to the unilateral placement, without modifying the electric field generated in the spinal cord [93]. These evidences motivated us to use an electrode positioned over T10 and two electrodes over the iliac crests bilaterally.…”
Section: Discussionmentioning
confidence: 98%