Peter Angeli
@pangeli95.bsky.social
Postdoctoral researcher at Dartmouth studying the hippocampus, memory, and perception | Robertson Lab
In a surprising contrast, the Posterior-SAL hipp. region was not primarily sensitive to scene construction, instead showing activity in response to salient stimuli (A & B below) and task transitions (C & D below), despite these tasks having no obvious declarative or associative memory demands.
January 14, 2025 at 7:35 PM
In a surprising contrast, the Posterior-SAL hipp. region was not primarily sensitive to scene construction, instead showing activity in response to salient stimuli (A & B below) and task transitions (C & D below), despite these tasks having no obvious declarative or associative memory demands.
Activity within hipp. regions closely resembled that of their partner cerebral network.
The Anterior-DN showed increased activity when participants were asked to imagine their future, and in particular was driven by the process of scene construction (see work from @laurendinicola.bsky.social).
The Anterior-DN showed increased activity when participants were asked to imagine their future, and in particular was driven by the process of scene construction (see work from @laurendinicola.bsky.social).
January 14, 2025 at 7:35 PM
Activity within hipp. regions closely resembled that of their partner cerebral network.
The Anterior-DN showed increased activity when participants were asked to imagine their future, and in particular was driven by the process of scene construction (see work from @laurendinicola.bsky.social).
The Anterior-DN showed increased activity when participants were asked to imagine their future, and in particular was driven by the process of scene construction (see work from @laurendinicola.bsky.social).
In 20 extensively scanned participants (Discovery n = 11, Replication n = 9), we segmented the hippocampus based on differential functional connectivity to two cerebral networks, identifying distinct Anterior-DN and Posterior-SAL hippocampal regions (following the lead of Zheng et al. 2021).
January 14, 2025 at 7:35 PM
In 20 extensively scanned participants (Discovery n = 11, Replication n = 9), we segmented the hippocampus based on differential functional connectivity to two cerebral networks, identifying distinct Anterior-DN and Posterior-SAL hippocampal regions (following the lead of Zheng et al. 2021).
If you're at CNS and interested in learning more about retinotopy in the hippocampus (both positive and negative), come by our poster (F127) this morning and chat with
@neurosteel.bsky.social !
#PsychSciSky #neuroskyence
@neurosteel.bsky.social !
#PsychSciSky #neuroskyence
April 16, 2024 at 12:34 PM
If you're at CNS and interested in learning more about retinotopy in the hippocampus (both positive and negative), come by our poster (F127) this morning and chat with
@neurosteel.bsky.social !
#PsychSciSky #neuroskyence
@neurosteel.bsky.social !
#PsychSciSky #neuroskyence