Traumatic Brain Injury Rehabilitation
- 1st Edition - May 1, 2027
- Latest edition
- Editors: Vishal K. Chavda, Creed M. Stary, Bipin Chaurasia, Luis Rafael Moscote Salazar, Harisinh Parmar
- Language: English
Traumatic Brain Injury Rehabilitation addresses the critical need for an integrated resource spanning traumatic and vascular brain injury models. This reference consolidates divers… Read more
Description
Description
Key features
Key features
- 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
Readership
Readership
Table of contents
Table of contents
1. The Evolution of Experimental Brain Injury Models
2. Ethical Frameworks and Guidelines in Brain Injury Research
3. Comparative Anatomy and Pathophysiology of the Human Brain vs. Animal Models
4. Translational Gaps in Brain Injury Research: Bridging Preclinical and Clinical Findings
SECTION II: PRECLINICAL MODELS OF TRAUMATIC BRAIN INJURY (TBI)
5. Rodent Models of Focal and Diffuse TBI: Techniques and Relevance
6. Large Animal Models in TBI Research: Pigs, Sheep, and Non-Human Primates
7. Closed Head Injury vs. Open Head Injury Models: Applications and Limitations
8. Blast-Induced Brain Injury Models: Military and Civilian Implications
SECTION III: PRECLINICAL MODELS OF STROKE AND CEREBROVASCULAR INJURY
9. Ischemic Stroke Models: Intraluminal Filament, Embolic, and Photothrombotic Approaches
10. Hemorrhagic Stroke Models: Intracerebral Hemorrhage and Subarachnoid Hemorrhage
11. Comorbidities in Stroke Models: Aging, Hypertension, Diabetes, and Obesity
12. Microvascular Dysfunction in Stroke and TBI: Insights from Preclinical Models
SECTION IV: PRECLINICAL MODELS OF PEDIATRIC AND DEVELOPMENTAL BRAIN INJURY
13. Models of Neonatal Hypoxic-Ischemic Encephalopathy (HIE)
14. Pediatric TBI Models: Unique Pathophysiological Insights
15. Perinatal and Early-Life Brain Injury: Translational Challenges
SECTION V: CLINICALLY RELEVANT IN VITRO AND EX VIVO MODELS
16. Human Brain Organoids and iPSC-derived Neural Systems for Brain Injury Research
17. 3D Bioprinted Brain Tissue Models: New Frontiers in Experimental Neuropathology
18. Organotypic Brain Slice Cultures in Neurotrauma and Stroke Research
SECTION VI: CLINICAL MODELS AND BIOMARKERS IN BRAIN INJURY
19. Biomarkers of Brain Injury: From Discovery to Clinical Implementation
20. Advanced Neuroimaging in Brain Injury Research: fMRI, PET, DTI, and Beyond
21. Neurocritical Care Data Integration: Clinical Registries and Machine Learning Approaches
SECTION VII: EMERGING CONCEPTS AND FUTURE DIRECTIONS
22. Systems Biology Approaches to Brain Injury Research
23. Artificial Intelligence and Predictive Modeling in Brain Injury
24. Personalized Medicine in Neurotrauma and Stroke
25. Next-Generation Translational Models: Toward Precision Neurotherapeutics
Product details
Product details
- Edition: 1
- Latest edition
- Published: May 1, 2027
- Language: English
About the editors
About the editors
VC
Vishal K. Chavda
Dr. Vishal Chavda is a distinguished neuroscientist and clinician-scientist & Honorary Professor of Neurology, Neurosurgery & Neurogenetics at ChromoMed Institute whose work bridges basic Neuroscience, clinical neurology, cerebrovascular disease and neurosurgical research. His work addresses critical gaps in understanding ischemic brain injury, cerebral trauma, and translational neuroscience. He serves as Editorial Board Member of multiple Reputed Neuroscience, Neurology and Neurosurgery Journals.
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Creed M. Stary
BC
Bipin Chaurasia
Mr. Bipin Chaurasia is a neurosurgeon and Consultant at Neurosurgery Clinic in Birgunj, Nepal, known for his significant contributions to neurosurgical education and practice in low- and middle-income countries. He sits on the editorial board of the Nepalese Journal of Neuroscience and has extensively published on neurosurgery training and healthcare delivery in Nepal. Notable works include "Neurosurgery training in Nepal: Then and now" and "Exploring the scope and output of neurosurgery in Nepal", which analyze workforce development challenges and chart a path forward for surgical education and service expansion. Dr. Chaurasia's work underscores the importance of structuring experimental and clinical models relevant to resource-limited settings a perspective that is invaluable to this volume’s global and translational focus.
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Luis Rafael Moscote Salazar
Dr. Luis Rafael Moscote Salazar is a professor at the University of Cartagena and a renowned clinician-scientist in neurocritical care and neurosurgery. After completing his MD and neurosurgical training in Colombia, he pursued advanced research at Spain's Ramón y Cajal Institute. He has authored influential Spanish-language texts—Neuroemergencias, Neurocirugía Práctica, Fluidoterapia en Neurotrauma, and Trauma Craneoencefálico and is a founding member and elected leader within Latin American neurocritical and trauma research networks Dr. Moscote Salazar’s scholarly work covers neurovascular management, intracranial hemorrhage, and neurocritical protocols, published in outlets such as the Manipal Journal of Medical Sciences. He is deeply engaged in advancing neurovascular care standards across Latin America, contributing to global neurotrauma education and clinical translation.
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Harisinh Parmar
Mr. Harisinh Parmar is an Assistant Professor of Neurosurgery at PDU Medical College and Government Hospital, Rajkot, India. He holds an MS in General Surgery and MCh in Neurosurgery, with advanced international training in skull base and vascular microneurosurgery from leading centers in Japan. Dr. Parmar’s surgical expertise focuses on complex skull base lesions, cerebrovascular neurosurgery, and minimally invasive neuro-oncological procedures. He has been an invited participant in high-level neurosurgical cadaver labs and microdissection workshops held in Japan, Indonesia, and Nepal. His contributions to the development of neurosurgical education and microsurgical techniques in India make him a strong advocate for bridging the gap between global standards and local care delivery. As a contributing editor, he brings a deep understanding of neuroanatomical modeling and its surgical relevance to this volume.