dPCA trajectories of all recorded neurons of each VLPF area in the Video task.

Each panel depicts the time course of the first Factor-Independent (X axis) and of the first Type of Stimulus-related (Y axis) principal components plotted together, relative to the population of all neurons recorded in each area. Each colored line corr...

Full description

Saved in:

Bibliographic Details
Main Author:	Claudio Basile (22008801) (author)
Other Authors:	Marzio Gerbella (22008804) (author), Alfonso Gravante (22008807) (author), Amelia Lapadula (22008810) (author), Francesca Rodà (198248) (author), Luciano Simone (22008813) (author), Leonardo Fogassi (198269) (author), Stefano Rozzi (198265) (author)
Published:	2025
Subjects:	Neuroscience Sociology Science Policy Mental Health Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified ventrolateral prefrontal cortex lateral prefrontal cortex generally lower responsiveness especially middle 46v especially caudal 12r called executive functions distinct anatomical areas study functional properties associated behavioral outcome area differently contributes middle vlpf areas caudal vlpf areas anterior vlpf areas anatomical areas defined guiding behavior based first processing stage associative region involved guiding behavior recorded areas functional features classically defined behavioral goals area 45a xlink "> visual stimuli visual input visual information visual features temporal structuring strong coding results show recent parcellations pragmatic format passively presented neurophysiological studies neurons recorded motor task mnemonic information main aim latter sector large part instructions appear findings indicate employed tasks contextual information action organization abstract rules
Tags:	Add Tag No Tags, Be the first to tag this record!

dPCA trajectories of all recorded neurons of each VLPF area in the Video task.

Similar Items