Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting

David Watson

Research output: Contribution to conferencePaper

Original languageEnglish
PagesA42-A42
Number of pages1
Publication statusPublished - Jul 2004
EventSummer Meeting of the British-Association-for-Psychopharmacology - Harrogate, England, United Kingdom
Duration: 01 Jul 200401 Jul 2004

Conference

ConferenceSummer Meeting of the British-Association-for-Psychopharmacology
CountryUnited Kingdom
CityHarrogate, England
Period01/07/200401/07/2004

Cite this

Watson, D. (2004). Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting. A42-A42. Paper presented at Summer Meeting of the British-Association-for-Psychopharmacology, Harrogate, England, United Kingdom.
Watson, David. / Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting. Paper presented at Summer Meeting of the British-Association-for-Psychopharmacology, Harrogate, England, United Kingdom.1 p.
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Watson, D 2004, 'Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting', Paper presented at Summer Meeting of the British-Association-for-Psychopharmacology, Harrogate, England, United Kingdom, 01/07/2004 - 01/07/2004 pp. A42-A42.

Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting. / Watson, David.

2004. A42-A42 Paper presented at Summer Meeting of the British-Association-for-Psychopharmacology, Harrogate, England, United Kingdom.

Research output: Contribution to conferencePaper

TY - CONF

T1 - Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting

AU - Watson, David

PY - 2004/7

Y1 - 2004/7

M3 - Paper

SP - A42-A42

ER -

Watson D. Rapid tryptoplian depletion alters decision-making cognition in healthy human subjects without affecting reversal learning or attentional set-shifting. 2004. Paper presented at Summer Meeting of the British-Association-for-Psychopharmacology, Harrogate, England, United Kingdom.