Neurophysiological mapping and device of the human dimension for memoria. (Q84308): Difference between revisions
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(Removed claim: summary (P836): In this regard, it should be noted that, in particular, it should be noted that it is not necessary to establish any new technologies in such a way as to encourage new technologies to develop new technologies to develop new technologies.In this project,Innovative techniques for Large-scale electronicology will be employed to record and diffuse activities.The good is to map and modular approach to implement it with direct electrical conceptual....) |
(Created claim: summary (P836): Brain disorders affecting memory and cognition are one of the main healthcare problems of our aging society, which sparked emergence of the world-wide neuroscience projects to develop new technologies to understand and treat cognitive Deficits. In this project, I propose to study declarative memory at the brain’s core level of neuronal assemblies with concurrent tracking of eye movements and pupil dilation in patients. Innovative techniques for...) |
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Brain disorders affecting memory and cognition are one of the main healthcare problems of our aging society, which sparked emergence of the world-wide neuroscience projects to develop new technologies to understand and treat cognitive Deficits. In this project, I propose to study declarative memory at the brain’s core level of neuronal assemblies with concurrent tracking of eye movements and pupil dilation in patients. Innovative techniques for large-scale Electrophysiology will be employed to record and stimulate activities of specific neuronal assemblies. The goal is to map and Modulate the neuronal assembly activities that reflect encoding of memories for specific Stimuli and find an optimal approach to enhance it with direct electrical stimulation.The results of this research have potential applications for investigating and treating cognitive Deficits in a range of brain disorders, leading to development of brain-machine interfaces for therapeutic brain stimulation. (English) | |||||||||||||||
| Property / summary: Brain disorders affecting memory and cognition are one of the main healthcare problems of our aging society, which sparked emergence of the world-wide neuroscience projects to develop new technologies to understand and treat cognitive Deficits. In this project, I propose to study declarative memory at the brain’s core level of neuronal assemblies with concurrent tracking of eye movements and pupil dilation in patients. Innovative techniques for large-scale Electrophysiology will be employed to record and stimulate activities of specific neuronal assemblies. The goal is to map and Modulate the neuronal assembly activities that reflect encoding of memories for specific Stimuli and find an optimal approach to enhance it with direct electrical stimulation.The results of this research have potential applications for investigating and treating cognitive Deficits in a range of brain disorders, leading to development of brain-machine interfaces for therapeutic brain stimulation. (English) / rank | |||||||||||||||
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| Property / summary: Brain disorders affecting memory and cognition are one of the main healthcare problems of our aging society, which sparked emergence of the world-wide neuroscience projects to develop new technologies to understand and treat cognitive Deficits. In this project, I propose to study declarative memory at the brain’s core level of neuronal assemblies with concurrent tracking of eye movements and pupil dilation in patients. Innovative techniques for large-scale Electrophysiology will be employed to record and stimulate activities of specific neuronal assemblies. The goal is to map and Modulate the neuronal assembly activities that reflect encoding of memories for specific Stimuli and find an optimal approach to enhance it with direct electrical stimulation.The results of this research have potential applications for investigating and treating cognitive Deficits in a range of brain disorders, leading to development of brain-machine interfaces for therapeutic brain stimulation. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 12:35, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Neurophysiological mapping and device of the human dimension for memoria. |
Project in Poland financed by DG Regio |
Statements
1,990,672.0 zloty
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1,990,672.0 zloty
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100.0 percent
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1 June 2018
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31 May 2021
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POLITECHNIKA GDAŃSKA
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Q2513809 (Deleted Item)
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Brain disorders affecting memory and cognition are one of the main healthcare problems of our aging society, which sparked emergence of the world-wide neuroscience projects to develop new technologies to understand and treat cognitive deficits. In this project, I propose to study declarative memory at the brain’s core level of neuronal assemblies with concurrent tracking of eye movements and pupil dilation in patients. Innovative techniques for large-scale electrophysiology will be employed to record and stimulate activities of specific neuronal assemblies. The goal is to map and modulate the neuronal assembly activities that reflect encoding of memories for specific stimuli and find an optimal approach to enhance it with direct electrical stimulation.The results of this research have potential applications for investigating and treating cognitive deficits in a range of brain disorders, leading to development of brain-machine interfaces for therapeutic brain stimulation. (Polish)
0 references
Brain disorders affecting memory and cognition are one of the main healthcare problems of our aging society, which sparked emergence of the world-wide neuroscience projects to develop new technologies to understand and treat cognitive Deficits. In this project, I propose to study declarative memory at the brain’s core level of neuronal assemblies with concurrent tracking of eye movements and pupil dilation in patients. Innovative techniques for large-scale Electrophysiology will be employed to record and stimulate activities of specific neuronal assemblies. The goal is to map and Modulate the neuronal assembly activities that reflect encoding of memories for specific Stimuli and find an optimal approach to enhance it with direct electrical stimulation.The results of this research have potential applications for investigating and treating cognitive Deficits in a range of brain disorders, leading to development of brain-machine interfaces for therapeutic brain stimulation. (English)
14 October 2020
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Identifiers
POIR.04.04.00-00-4379/17
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