Texas Brain Institute
Texas Brain Institute is dedicated to advancing the diagnosis and treatment of traumatic brain injury (TBI) through cutting-edge technology and personalized care. They offer advanced diagnostic tools such as Diffusion Tensor Imaging (DTI), Volumetric Brain Analysis, Evoked Potentials, Quantitative EEG, and Videonystagmography, along with innovative treatments like Neuronavigated Transcranial Magnetic Stimulation (nTMS). Their mission is to provide precise diagnosis, effective treatment, and compassionate support to help patients recover and improve their quality of life.
Industries
Nr. of Employees
medium (51-250)
Texas Brain Institute
Services
High-resolution diffusion MRI acquisition with post-processed tractography and quantitative metrics compared to normative databases; includes visual tract maps and clinical interpretation.
Automated volumetric measurement of brain structures with reports on hippocampal asymmetry, cortical thickness, intracranial volume, and morphology relative to age/sex norms.
Image-guided non-invasive brain stimulation using MRI/DTI-based neuronavigation with accelerated treatment protocols for targeted symptom relief in cognitive, mood, sensory, and motor domains.
Diagnostic EP protocols (visual, auditory brainstem, somatosensory) with millisecond-resolution measurement of neural processing speed and optional integration with quantitative EEG analyses.
Comprehensive vestibular and oculomotor assessment using infrared eye tracking and caloric/positional/optokinetic testing to differentiate peripheral vs central vestibular causes of dizziness and imbalance.
Administration of standardized cognitive batteries and targeted tests to evaluate attention, memory, processing speed, executive function, language, and spatial skills, with interpretation for rehabilitation planning.
High-resolution diffusion MRI acquisition with post-processed tractography and quantitative metrics compared to normative databases; includes visual tract maps and clinical interpretation.
Automated volumetric measurement of brain structures with reports on hippocampal asymmetry, cortical thickness, intracranial volume, and morphology relative to age/sex norms.
Image-guided non-invasive brain stimulation using MRI/DTI-based neuronavigation with accelerated treatment protocols for targeted symptom relief in cognitive, mood, sensory, and motor domains.
Diagnostic EP protocols (visual, auditory brainstem, somatosensory) with millisecond-resolution measurement of neural processing speed and optional integration with quantitative EEG analyses.
Comprehensive vestibular and oculomotor assessment using infrared eye tracking and caloric/positional/optokinetic testing to differentiate peripheral vs central vestibular causes of dizziness and imbalance.
Administration of standardized cognitive batteries and targeted tests to evaluate attention, memory, processing speed, executive function, language, and spatial skills, with interpretation for rehabilitation planning.
Expertise Areas
- Traumatic brain injury diagnosis and workup
- Advanced neuroimaging and diffusion MRI analysis
- Neuronavigated neurostimulation (TMS)
- Electrophysiological testing and qEEG
Key Technologies
- Diffusion Tensor Imaging (DTI)
- Tractography
- Volumetric brain analysis
- 3T high-field MRI
News & Updates
Educational content on brain function, injury mechanisms, and diagnostic approaches.
Information on diagnostic challenges and advanced tools used by Texas Brain Institute.
Explains why standard MRI, CT, and SPECT scans may miss subtle brain injuries and how advanced imaging like DTI improves detection.
Details on how DTI provides insights into white matter integrity and helps map injury locations.
Overview of cognitive, physical, sensory, and behavioral symptoms caused by TBI.
Information on nerve pain, nerve entrapments, and treatment options.
Educational content on brain function, injury mechanisms, and diagnostic approaches.
Information on diagnostic challenges and advanced tools used by Texas Brain Institute.
Explains why standard MRI, CT, and SPECT scans may miss subtle brain injuries and how advanced imaging like DTI improves detection.
Details on how DTI provides insights into white matter integrity and helps map injury locations.
Overview of cognitive, physical, sensory, and behavioral symptoms caused by TBI.
Information on nerve pain, nerve entrapments, and treatment options.