Traumatic Brain Injury Rehabilitation addresses the critical need for an integrated resource spanning traumatic and vascular brain injury models. This reference consolidates diverse experimental platforms from classical rodent systems to advanced human brain organoids and AI-driven simulations, targeting researchers and clinicians navigating the complexities of neurotrauma and stroke. The book responds to the growing demand for translational approaches that link bench-side discoveries with bedside applications to improve therapeutic development. The content is systematically organized into sections covering foundational principles, preclinical models of traumatic brain injury and stroke, pediatric brain injury models, in vitro and ex vivo platforms, clinical biomarkers and neuroimaging, and emerging future directions including personalized medicine and AI modeling. Each chapter offers detailed methodologies, comparative evaluations, and clinical translation insights, supported by extensive visuals such as flowcharts, neuroimaging figures, and infographics to enhance comprehension.
- Integrates preclinical and clinical brain injury models across injury types and species
- Presents emerging technologies such as brain organoids, 3D bioprinting, and AI simulations
- Emphasizes translational relevance to bridge bench research and clinical practice
- Organizes content by injury type, modeling approach, and age group for targeted navigation
- Includes detailed evaluations of model strengths, limitations, and applications
