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We have such a great Wiki thanks to Valentin!!
''We have such a great Wiki Page thanks to Valentin!!''






Here there is the text introducing the Physionet team !!


We are an international team of researchers from diverse backgrounds, pooling expertise in biology, physics, and mathematics.


Our work aims at understanding how neuronal network dynamics allow the exchange of information between brain areas in physiological and pathological conditions. We investigate how the information encoded in one neural structure can modulate the encoding in another area (and the other way around), how these interactions orchestrate perception, learning, and behaviour, and how these processes are affected in epilepsy.


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To do so, our primary approach is to perform high-density recordings of individual neurons simultaneously in multiple brain sites of freely behaving rats (healthy or epileptic) performing memory tests and then use data mining and analysis to study neural population dynamics.


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Here the gallery showing all members of the team, we can add description for each one of them.
Here the gallery showing all members of the team, we can add description for each one of them.

Revision as of 15:40, 12 August 2024

Welcome to PhysioNet Team

We have such a great Wiki Page thanks to Valentin!!



We are an international team of researchers from diverse backgrounds, pooling expertise in biology, physics, and mathematics.

Our work aims at understanding how neuronal network dynamics allow the exchange of information between brain areas in physiological and pathological conditions. We investigate how the information encoded in one neural structure can modulate the encoding in another area (and the other way around), how these interactions orchestrate perception, learning, and behaviour, and how these processes are affected in epilepsy.

To do so, our primary approach is to perform high-density recordings of individual neurons simultaneously in multiple brain sites of freely behaving rats (healthy or epileptic) performing memory tests and then use data mining and analysis to study neural population dynamics.


Here the gallery showing all members of the team, we can add description for each one of them.

  • Physionet's Members
  • member 1

    member 1

  • member 2

    member 2

  • member 3

    member 3

  • member 4

    member 4

  • member 5

    member 5

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