Preoperative Repetitive Navigated TMS and Functional White Matter Tractography in a Bilingual Patient with a Brain Tumor in Wernike Area.
Valentina BaroSamuel CaliriLuca SartoriSilvia FacchiniBrando GuarreraPietro ZangrossiMariagiulia AnglaniLuca DenaroDomenico d'AvellaFlorinda FerreriAndrea LandiPublished in: Brain sciences (2021)
Awake surgery and intraoperative neuromonitoring represent the gold standard for surgery of lesion located in language-eloquent areas of the dominant hemisphere, enabling the maximal safe resection while preserving language function. Nevertheless, this functional mapping is invasive; it can be executed only during surgery and in selected patients. Moreover, the number of neuro-oncological bilingual patients is constantly growing, and performing awake surgery in this group of patients can be difficult. In this scenario, the application of accurate, repeatable and non-invasive preoperative mapping procedures is needed, in order to define the anatomical distribution of both languages. Repetitive navigated transcranial magnetic stimulation (rnTMS) associated with functional subcortical fiber tracking (nTMS-based DTI-FT) represents a promising and comprehensive mapping tool to display language pathway and function reorganization in neurosurgical patients. Herein we report a case of a bilingual patient affected by brain tumor in the left temporal lobe, who underwent rnTMS mapping for both languages (Romanian and Italian), disclosing the true eloquence of the anterior part of the lesion in both tests. After surgery, language abilities were intact at follow-up in both languages. This case represents a preliminary application of nTMS-based DTI-FT in neurosurgery for brain tumor in eloquent areas in a bilingual patient.
Keyphrases
- end stage renal disease
- white matter
- chronic kidney disease
- minimally invasive
- newly diagnosed
- high resolution
- transcranial magnetic stimulation
- prognostic factors
- high frequency
- autism spectrum disorder
- coronary artery bypass
- mass spectrometry
- deep brain stimulation
- coronary artery disease
- body composition
- robot assisted
- resistance training
- silver nanoparticles