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The capacity of the hippocampus to encode, store and organize memories is supported by a variety of Inhibitory Neurons (INs) subtypes. INs coordinate neuronal activity in time and space, giving rise to a wide range of hippocampal oscillations that organize neuronal firing into precise time windows, supporting episodic memory and flexible information processing.
The capacity of the hippocampus to encode, store and organize memories is supported by a variety of Inhibitory Neurons (INs) subtypes. INs coordinate neuronal activity in time and space, giving rise to a wide range of hippocampal oscillations that organize neuronal firing into precise time windows, supporting episodic memory and flexible information processing.
Inhibitory Neurons in Learning & Memory
Inhibitory Neurons in Learning & Memory
In the InhCirLab, we believe that the cellular heterogeneity of the hippocampus needs to be considered in order to fully understand how the hippocampus supports cognitve functions such as memory encoding, retrieval and updating .
Neuromodulation by Sex Hormones
Neuromodulation by Sex Hormones
In the InhCirLab we work to understand how local and peripherally-produced sex hormones neuromodulation is integrated in hippocampal networks underlying learning, memory and spatial navigation.
Sex-specific Trajectories in Aging and Disease
Sex-specific Trajectories in Aging and Disease
In the InhCirLab we work to define sex-specific trajectories of the aging brain and leverage sex hormone beneficial effects in brain function to prevent cognitive decline and reduce the impact of neurodevelopmental problems.
Tools
Tools
In vitro electrophysiology
In vivo electrophysiology
Functional imaging
Behavior
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