AIMS and SCOPES:

The Journal of Clinical Neuroscience and Rehabilitation (JCNR) aims to provide a platform for researchers, clinicians, and other professionals to publish and access high-quality research on a broad range of topics related to the fields of clinical neuroscience and rehabilitation. Our primary goal is to advance the knowledge and understanding of the brain and its functions, as well as to promote best practices in the diagnosis, treatment, and rehabilitation of neurological disorders.

JCNR welcomes submissions of original research, review articles, case reports, and other types of scientific papers on a range of topics, including but not limited to:

1. Neurological disorders, such as stroke, traumatic brain injury, multiple sclerosis, and Parkinson's disease
2. Neuropsychology and cognitive function assessment
3. Rehabilitation interventions, including physical therapy, occupational therapy, speech therapy, and cognitive rehabilitation
4. Neuroscience and neuroimaging techniques
5. Clinical trials and other research studies on neurological disorders
6. Rehabilitation technology, including assistive devices and virtual reality
7. Psychiatric disorders related to neurological conditions
8. Pain management in neurological disorders
9. Neurorehabilitation outcomes and quality of life measures
10. Ethics and professional practice in clinical neuroscience and rehabilitation

Other topics of interest to the journal include neuroplasticity, neurophysiology, neuropharmacology, neurogenetics, and neurodevelopmental disorders.

We are committed to promoting open access to scientific research and to supporting the international research community. Our aim is to provide a forum for researchers and clinicians to share their findings and to promote collaboration and exchange of ideas.

JCNR is peer-reviewed, and we welcome submissions from all over the world. We hope to attract a broad readership, including researchers, clinicians, educators, and students in the fields of clinical neuroscience and rehabilitation. Our goal is to provide a platform for the dissemination of knowledge and to contribute to the advancement of these important fields.

Keywords/Sub-topics:

1. Stroke rehabilitation
2. Traumatic brain injury rehabilitation
3. Multiple sclerosis
4. Parkinson's disease
5. Neuropsychology
6. Cognitive function assessment
7. Neuroimaging techniques
8. Clinical trials
9. Rehabilitation technology
10. Assistive devices
11. Virtual reality
12. Psychiatric disorders
13. Pain management
14. Neuroplasticity
15. Neurophysiology
16. Neuropharmacology
17. Neurogenetics
18. Neurodevelopmental disorders
19. Ethics in clinical neuroscience
20. Professional practice in clinical neuroscience
21. Quality of life measures
22. Motor function rehabilitation
23. Cognitive rehabilitation
24. Speech therapy
25. Physical therapy
26. Occupational therapy
27. Brain plasticity
28. Cognitive impairments
29. Mood disorders
30. Dementia
31. Alzheimer's disease
32. Brain-computer interfaces
33. Deep brain stimulation
34. Sleep disorders

• Epilepsy

36. Neuroinflammation

• Neurotoxicity
• Neuroprotection
• Neurodegenerative disorders

40. Movement disorders
41. Spinal cord injury
42. Neural engineering
43. Neurosurgery
44. Brain tumors
45. Neurorehabilitation techniques
46. Neurorehabilitation outcomes
47. Assistive robotics
48. Transcranial magnetic stimulation
49. Brain plasticity after injury
50. Brain injury prevention
51. Traumatic brain injury prevention
52. Pediatric neurorehabilitation

• Autism spectrum disorders

54. Attention deficit hyperactivity disorder
55. Intellectual disability

• Sensory processing disorders

57. Neurofeedback
58. Mindfulness-based interventions
59. Virtual reality exposure therapy
60. Animal models of neurological disorders
61. Acute brain injury
62. Pediatric neurorehabilitation
63. Cognitive rehabilitation
64. Neural plasticity

• Spinal cord injury rehabilitation

66. Neuro-oncology rehabilitation

• Cardiopulmonary rehabilitation
• Motor learning
• Neurorehabilitation in Parkinson’s disease

70. Rehabilitation robotics
71. Rehabilitation technology
72. Neuroprosthetics

• Assistive technology

74. Virtual reality rehabilitation
75. Disability management

• Occupational therapy

77. Speech and language therapy
78. Music therapy
79. Art therapy
80. Mindfulness-based interventions
81. Yoga and rehabilitation
82. Meditation and rehabilitation

• Neuropsychological assessment

84. Stroke rehabilitation
85. Neurorehabilitation in multiple sclerosis

• Rehabilitation psychology

87. Neurorehabilitation nursing
88. Rehabilitation in traumatic brain injury
89. Rehabilitation in spinal cord injury
90. Rehabilitation in stroke
91. Rehabilitation in neurodegenerative diseases
92. Rehabilitation in neuromuscular disorders

• Rehabilitation in vestibular disorders

94. Rehabilitation in visual impairment
95. Rehabilitation in hearing impairment

• Rehabilitation in amputation

97. Rehabilitation in chronic pain
98. Rehabilitation in cancer
99. Rehabilitation in palliative care
100. Rehabilitation in geriatrics
101. Rehabilitation in sports injuries
102. Rehabilitation in orthopedics
103. Rehabilitation in rheumatology
104. Rehabilitation in cardiopulmonary disorders
105. Rehabilitation in obesity
106. Rehabilitation in diabetes
107. Rehabilitation in eating disorders
108. Rehabilitation in addiction
109. Rehabilitation in mental health
110. Rehabilitation in cognitive disorders
111. Rehabilitation in developmental disorders
112. Rehabilitation in aging
113. Rehabilitation in community settings
114. Rehabilitation in home care
115. Tele-rehabilitation
116. Health promotion and disease prevention
117. Public health and rehabilitation
118. Rehabilitation policy
119. Healthcare disparities in rehabilitation
120. Patient and family-centered care
121. Interprofessional collaboration
122. Ethics in neurorehabilitation
123. Evidence-based practice
124. Quality improvement in neurorehabilitation
125. Outcomes research in neurorehabilitation
126. Big data and neurorehabilitation
127. Artificial intelligence and neurorehabilitation
128. Digital health and neurorehabilitation
129. Health economics in neurorehabilitation
130. Healthcare delivery models in neurorehabilitation
131. Global health and neurorehabilitation
132. Community-based rehabilitation
133. Assistive devices and technologies for neurorehabilitation
134. Vocational rehabilitation
135. Return to work after brain injury
136. Return to driving after brain injury
137. Accessibility in the built environment
138. Emergency preparedness in neurorehabilitation
139. Disaster response and neurorehabilitation
140. Rehabilitation education and training.
141. Brain stimulation
142. Mindfulness-based interventions
143. Acute and chronic pain management
144. Sleep disorders
145. Movement disorders
146. Cognitive rehabilitation
147. Neurological disorders
148. Cardiovascular rehabilitation
149. Traumatic brain injury
150. Motor rehabilitation
151. Gait and balance rehabilitation
152. Neurorehabilitation nursing
153. Speech and language rehabilitation
154. Assistive technology in rehabilitation
155. Neurodevelopmental disorders
156. Musculoskeletal rehabilitation
157. Spinal cord injury
158. Mental health rehabilitation
159. Patient-centered rehabilitation
160. Community-based rehabilitation
161. Rehabilitation outcomes and assessment
162. Interdisciplinary rehabilitation
163. Pharmacological interventions in rehabilitation
164. Rehabilitation psychology
165. Pain neuroscience education
166. Rehabilitation for sports injuries
167. Tele-rehabilitation
168. Vocational rehabilitation
169. Complementary and alternative therapies in rehabilitation
170. Rehabilitation in oncology
171. Rehabilitation ethics
172. Rehabilitation in geriatrics
173. Rehabilitation in pediatrics
174. Rehabilitation in cardiology
175. Neuroplasticity and rehabilitation
176. Rehabilitation in chronic obstructive pulmonary disease
177. Rehabilitation in renal diseases
178. Rehabilitation in burns
179. Rehabilitation in critical care
180. Neuroprosthetics
181. Stroke rehabilitation
182. Rehabilitation in multiple sclerosis
183. Rehabilitation in Parkinson’s disease
184. Rehabilitation in Alzheimer’s disease
185. Rehabilitation in Huntington’s disease
186. Rehabilitation in Amyotrophic lateral sclerosis (ALS)
187. Rehabilitation in Guillain-Barre syndrome
188. Rehabilitation in Myasthenia Gravis
189. Rehabilitation in Muscular dystrophy
190. Rehabilitation in Osteoarthritis
191. Rehabilitation in Rheumatoid arthritis
192. Rehabilitation in Systemic Lupus Erythematosus (SLE)
193. Rehabilitation in Sarcopenia
194. Rehabilitation in Systemic Sclerosis
195. Rehabilitation in Ankylosing spondylitis
196. Rehabilitation in Psoriatic arthritis
197. Rehabilitation in Gout
198. Rehabilitation in Fibromyalgia
199. Rehabilitation in Chronic fatigue syndrome
200. Rehabilitation in Complex regional pain syndrome (CRPS)

Note: The list of keywords/sub-topics is not exhaustive and is intended to give an overview of the scope of the journal.

The Journal of Clinical Neuroscience and Rehabilitation aims to provide a platform for researchers, scholars, and practitioners in the field of clinical neuroscience and rehabilitation to share their knowledge and expertise, and to promote advancements in the field. Our mission is to publish high-quality research that contributes to the understanding and treatment of neurological disorders, as well as rehabilitation techniques and strategies to improve quality of life for patients. Our vision is to become a leading source of information and inspiration for clinicians, researchers, and educators worldwide.

We strive to publish original research, systematic reviews, meta-analyses, case studies, and commentaries that cover a wide range of topics related to clinical neuroscience and rehabilitation. Our scope includes, but is not limited to, neuroplasticity, neurorehabilitation, cognitive rehabilitation, motor learning and control, speech and language disorders, stroke rehabilitation, traumatic brain injury, neurodegenerative diseases, neuropsychology, neuropharmacology, neuroimaging, neurophysiology, and assistive technology. We aim to maintain the highest standards of ethical and scientific rigor, and to provide a fair and unbiased review process for all submissions.

Overall, the Journal of Clinical Neuroscience and Rehabilitation is dedicated to advancing knowledge in the field of clinical neuroscience and rehabilitation, and to promoting the highest quality of care for patients with neurological disorders. We welcome submissions from researchers, scholars, and practitioners from all over the world, and we look forward to contributing to the growth and development of this important field.