The advances in science and technology have driven the development of precision medicine, bringing medicine to a new level in diagnosis and treatment. In neurosurgery, intraoperative navigation improves the surgical precision, and the application of ultrasound help the brain therapy. Furthermore, the analysis of brain signals can be used to control the exoskeleton through the brain-computer interface. Interdisciplinary collaborations in biomedical engineering combine the strengths of medicine and engineering.
This special issue will discuss the application of emerging technologies in neurosurgery.
The goal of this Research Topic is to provide a interdisciplinary research platform that integrates surgical intervention in neurosurgery with different aspects of treatment. The purpose is to improve the clinical prognosis and outcomes.
In this Research Topic, we will accept all types of manuscripts within this area of research, with the purpose to provide readers and clinicians a broad overview on the clinical applications based on new technology, new devices, and new treatment strategies.
We encourage contributions concerning the interdisciplinary researches applied on the neurosurgery, including the following themes:
- The neural signal analysis and the brain-computer interface.
- The application of the focus ultrasound.
- The application of laser ablation.
- Deep brain stimulation
- Image-navigated/ robotic surgery
The advances in science and technology have driven the development of precision medicine, bringing medicine to a new level in diagnosis and treatment. In neurosurgery, intraoperative navigation improves the surgical precision, and the application of ultrasound help the brain therapy. Furthermore, the analysis of brain signals can be used to control the exoskeleton through the brain-computer interface. Interdisciplinary collaborations in biomedical engineering combine the strengths of medicine and engineering.
This special issue will discuss the application of emerging technologies in neurosurgery.
The goal of this Research Topic is to provide a interdisciplinary research platform that integrates surgical intervention in neurosurgery with different aspects of treatment. The purpose is to improve the clinical prognosis and outcomes.
In this Research Topic, we will accept all types of manuscripts within this area of research, with the purpose to provide readers and clinicians a broad overview on the clinical applications based on new technology, new devices, and new treatment strategies.
We encourage contributions concerning the interdisciplinary researches applied on the neurosurgery, including the following themes:
- The neural signal analysis and the brain-computer interface.
- The application of the focus ultrasound.
- The application of laser ablation.
- Deep brain stimulation
- Image-navigated/ robotic surgery
