Frontiers in Human Neuroscience (Sep 2016)

Preserved self-evaluation in amnesia supports access to the self through introspective computation

  • Aurelija Juskenaite,
  • Aurelija Juskenaite,
  • Aurelija Juskenaite,
  • Aurelija Juskenaite,
  • Peggy Quinette,
  • Peggy Quinette,
  • Peggy Quinette,
  • Peggy Quinette,
  • Mickaël Laisney,
  • Mickaël Laisney,
  • Mickaël Laisney,
  • Mickaël Laisney,
  • Marie-Loup Eustache,
  • Marie-Loup Eustache,
  • Marie-Loup Eustache,
  • Marie-Loup Eustache,
  • Béatrice Desgranges,
  • Béatrice Desgranges,
  • Béatrice Desgranges,
  • Béatrice Desgranges,
  • Fausto Viader,
  • Fausto Viader,
  • Fausto Viader,
  • Fausto Viader,
  • Fausto Viader,
  • Francis Eustache,
  • Francis Eustache,
  • Francis Eustache,
  • Francis Eustache

DOI
https://doi.org/10.3389/fnhum.2016.00462
Journal volume & issue
Vol. 10

Abstract

Read online

Encounters with new people result in the extraction and storage in memory of both their external features, allowing us to recognize them later, and their internal traits, allowing us to better control our current interactions with them and anticipate our future ones. Just as we extract, encode, store, retrieve and update representations of others so, too, do we process representations of ourselves. These representations, which rely on declarative memory, may be altered or cease to be accessible in amnesia. Nonetheless, studies of amnesic patients have yielded the surprising observation that memory impairments alone do not prevent patients from making accurate trait self-judgments. In this review, we discuss prevailing explanations for preserved self-evaluation in amnesia and propose an alternative one, based on the concept of introspective computation. We also consider molecular and anatomical aspects of brain functioning that potentially support introspective computation.

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