Modern Developments in Transcranial Magnetic Stimulation (TMS) - Applications and Perspectives in Clinical Neuroscience
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TextLanguage: English Publication details: Basel MDPI - Multidisciplinary Digital Publishing Institute 2022Description: 1 online resource (286 p.)Content type: - text
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- online resource
- 9783036543970
- 9783036543987
- books978-3-0365-4397-0
- Medical equipment and techniques
- A1R
- A2AR
- aberrant and repetitive behaviors
- action naming
- adenosine
- aging
- alpha oscillations
- Alzheimer's disease
- aphasia
- Autism spectrum disorder
- bihemispheric
- bilingual
- brain networks
- brain stimulation
- brain tumor
- case report
- CD73
- chronic pain
- connectivity
- dorsolateral prefrontal cortex
- EEG
- EEG state-dependent TMS
- electric field
- eloquent cortex
- evoked and induced gamma oscillations
- excitability
- fiber tractography
- fMRI
- functional connectivity
- functional mapping
- glioblastoma multiforme
- gray matter
- hippocampus
- ICU
- intensive care
- iTBS
- language
- language mapping
- low back pain
- MEG
- memory
- mild cognitive impairment
- motor evoked potentials
- motor mapping
- motor threshold
- n/a
- navigated transcranial magnetic stimulation
- neurocritical care
- neuroinflammation
- neuromodulation
- neuromonitoring
- neuronavigation
- neuroplasticity
- non-invasive brain stimulation
- nTMS
- object naming
- oddball task
- paired associative stimulation
- picture naming
- plasticity
- preoperative mapping
- presurgical evaluation
- primary motor cortex
- purinergic signaling
- reaction time
- rehabilitation
- repetition suppression
- repetitive transcranial magnetic stimulation
- rTMS
- source reconstruction
- stroke
- theta-burst stimulation
- TMS
- transcranial magnetic stimulation
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Transcranial magnetic stimulation (TMS) is being increasingly used in neuroscience and clinics. Modern advances include but are not limited to the combination of TMS with precise neuronavigation as well as the integration of TMS into a multimodal environment, e.g., by guiding the TMS application using complementary techniques such as functional magnetic resonance imaging (fMRI), electroencephalography (EEG), diffusion tensor imaging (DTI), or magnetoencephalography (MEG). Furthermore, the impact of stimulation can be identified and characterized by such multimodal approaches, helping to shed light on the basic neurophysiology and TMS effects in the human brain. Against this background, the aim of this Special Issue was to explore advancements in the field of TMS considering both investigations in healthy subjects as well as patients.
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