Time-locked multiregional retroactivation: A systems-level proposal for the neural substrates of recall and recognition
@article{Damasio1989TimelockedMR,
title={Time-locked multiregional retroactivation: A systems-level proposal for the neural substrates of recall and recognition},
author={Antonio R. Damasio},
journal={Cognition},
year={1989},
volume={33},
pages={25-62}
}1,458 Citations
Integrated cortical field model of consciousness.
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- 1993
The idea that there is a localized module or limited capacity mechanism in the brain that subserves consciousness is wrong and this integrated cortical field model of consciousness is misconceived.
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The main results are compatible with the idea that memory retrieval implies a reactivation of those cortical cell assemblies in the cortex in which the constituting features of a mnestic entity had originally been processed during perception and learning.
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- Psychology, BiologybioRxiv
- 2021
This work used representational similarity analysis of two large fMRI data sets to generate a detailed map of human brain regions where the semantic similarity structure across individual lexical concepts can be reliably detected and found that multimodal experiential information is encoded across a widely distributed network of cortical areas in both hemispheres.
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The role of a bilateral network of MTL and neocortical areas whose activation correlate during the recollection of rich phenomenological recent and remote EAMs is emphasized.
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Recording intracranially from the human posteromedial cortex provides important anatomical and temporal details—at the neural population level— of PMC engagement during autobiographical memory retrieval and addresses how the same populations are actively suppressed during tasks, such as numerical processing, which require externally directed attention.
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It is proposed that neocortical association areas maintain shortterm memories for specific items and events prior to hippocampal processing as well as providing the final repositories of long-term memory.
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