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Human Hippocampus Arbitrates Approach-Avoidance Conflict
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2014
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NeuropsychologyBrain FunctionInhibitory ProcessAffective NeuroscienceExplicit MemorySocial SciencesPsychologyDance MediaMemoryCurrent Biology 24Cognitive NeuroscienceExperimental PsychopathologyCognitive SciencePsychiatryBehavioral NeuroscienceHuman Anterior HippocampusIntegrative NeuroscienceAnticipatory ProcessHippocampus Lesion ApproachNeuroscienceBiological PsychiatryDecision NeuroscienceMedicine
(Current Biology 24, 541–547; March 3, 2014) As a result of a production error, the version of Table 1 originally published in this article online and in print contained several incorrect labels. For each of experiments 1–3, the originally published table erroneously included two rows labeled “Threat level: overall,” the second of which should have read “Threat level × task: overall.” These erroneous labels have now been corrected in the article online. The journal and the authors apologize for any confusion resulting from these errors. Human Hippocampus Arbitrates Approach-Avoidance ConflictBach et al.Current BiologyFebruary 20, 2014In BriefUsing a combined functional magnetic resonance imaging and hippocampus lesion approach, Bach et al. demonstrate that the human anterior hippocampus is engaged in monitoring threat level during approach-avoidance conflict, replicating and extending a rodent literature on models of anxiety. Full-Text PDF Open Access