Felipe Cybis Pereira
@felipecybis.bsky.social
Post-doc at @physmedparis.bsky.social on functional Ultrasound imaging in freely-moving 🐁
Thanks to @physmedparis.bsky.social @iconeus.bsky.social @mickaeltanter.bsky.social and Sophie Pezet as well as all my other incredible co-authors!
August 3, 2025 at 10:11 AM
Thanks to @physmedparis.bsky.social @iconeus.bsky.social @mickaeltanter.bsky.social and Sophie Pezet as well as all my other incredible co-authors!
We tackle energy consumption modeling for path integration using fUSI data and, finally, fUS minute-scale oscillations vs. minute-scale behavior.
August 3, 2025 at 10:11 AM
We tackle energy consumption modeling for path integration using fUSI data and, finally, fUS minute-scale oscillations vs. minute-scale behavior.
Other behavioral correlates do appear, but not as striking as animal speed.
Metrics for decoding continuous locomotion speed with fUSI data match decoding results using standard ephys methods (for speed cells or theta freq, for example).
Metrics for decoding continuous locomotion speed with fUSI data match decoding results using standard ephys methods (for speed cells or theta freq, for example).
August 3, 2025 at 10:11 AM
Other behavioral correlates do appear, but not as striking as animal speed.
Metrics for decoding continuous locomotion speed with fUSI data match decoding results using standard ephys methods (for speed cells or theta freq, for example).
Metrics for decoding continuous locomotion speed with fUSI data match decoding results using standard ephys methods (for speed cells or theta freq, for example).
We show that robust spatiotemporal correlation patterns appear when comparing relative cerebral blood volume with continuous animal speed. These patterns start from dorso-thalamic nuclei than go to parahippocampal regions (MEC, PaS, PrS…) to finally peak in the hippocampus proper (CA1, CA3).
August 3, 2025 at 10:11 AM
We show that robust spatiotemporal correlation patterns appear when comparing relative cerebral blood volume with continuous animal speed. These patterns start from dorso-thalamic nuclei than go to parahippocampal regions (MEC, PaS, PrS…) to finally peak in the hippocampus proper (CA1, CA3).