![]() Three of these were due to impaired recall of earlier serial positions.ConclusionsThe results of the present study provide further support for updating deficits in ecstasy-polydrug users. Three of these were due to impaired recall of earlier serial positions.Ecstasy-polydrug users were impaired in four out of the six sub-sample analyses. Participants were categorised according to letter and spatial span (four, five or six), producing six sub-samples for analysis.ResultsEcstasy-polydrug users were impaired in four out of the six sub-sample analyses. Participants were categorised according to letter and spatial span (four, five or six), producing six sub-samples for analysis.Seventy-three ecstasy/polydrug users and seventy-three non-ecstasy users completed tasks of verbal and spatial memory running memory, recalling the most recent items, in lists of varying and unknown length. The present study sought to determine if ecstasy-related deficits in memory updating are related to serial position of items presented, or length of the list of items.MethodSeventy-three ecstasy/polydrug users and seventy-three non-ecstasy users completed tasks of verbal and spatial memory running memory, recalling the most recent items, in lists of varying and unknown length. Less is known about the precise nature of such deficits. The updating component appears to be particularly susceptible. The present study sought to determine if ecstasy-related deficits in memory updating are related to serial position of items presented, or length of the list of items.Research shows that users of ecstasy (MDMA) exhibit deficits in executive processes. AimsResearch shows that users of ecstasy (MDMA) exhibit deficits in executive processes.
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