Background
The nervous system is a highly efficient communication network, finely tuned to integrate information in an efficient manner. Unfortunately, the quality of communication can be challenged in several ways, through diseases, traumas, and injuries. Fortunately, the nervous system maintains the ability to reorganize itself to mitigate the communication challenges associated with damage to established communication networks. However, the pathway to recovery can be difficult. It is crucial to understand the context in which neural networks rearrange themselves and the role that plasticity plays. This information is extremely relevant when it comes to the creation of brain-machine interfaces and neuroprostheses. In fact, understanding the factors that shape neural plastic processes is critical to the creation of better tools, approaches and devices that enhance patient recovery and functional independence leading to a higher quality of life.
Goal
In this Research Topic, Frontiers in Neuroscience-Neuroprosthetics is looking to address key aspects of neural plasticity leading to the recovery post injury or disease, to promote the discussion around this topic and facilitate knowledge dissemination.
Scope and information for Authors
We particularly welcome the submission of Original Research, Review, Methodology, and Perspective articles on the following sub-topics in the context of neural function and plasticity following injury/disease:
• Neuromodulation
• Brain connectivity
• Neural plasticity
• Brain oscillations
• Brain-computer interfaces
• Methods of evaluating neural function and recovery
Background
The nervous system is a highly efficient communication network, finely tuned to integrate information in an efficient manner. Unfortunately, the quality of communication can be challenged in several ways, through diseases, traumas, and injuries. Fortunately, the nervous system maintains the ability to reorganize itself to mitigate the communication challenges associated with damage to established communication networks. However, the pathway to recovery can be difficult. It is crucial to understand the context in which neural networks rearrange themselves and the role that plasticity plays. This information is extremely relevant when it comes to the creation of brain-machine interfaces and neuroprostheses. In fact, understanding the factors that shape neural plastic processes is critical to the creation of better tools, approaches and devices that enhance patient recovery and functional independence leading to a higher quality of life.
Goal
In this Research Topic, Frontiers in Neuroscience-Neuroprosthetics is looking to address key aspects of neural plasticity leading to the recovery post injury or disease, to promote the discussion around this topic and facilitate knowledge dissemination.
Scope and information for Authors
We particularly welcome the submission of Original Research, Review, Methodology, and Perspective articles on the following sub-topics in the context of neural function and plasticity following injury/disease:
• Neuromodulation
• Brain connectivity
• Neural plasticity
• Brain oscillations
• Brain-computer interfaces
• Methods of evaluating neural function and recovery
