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Daniel Bush et al.
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Veronique D. Bohbot et al.
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Zahra M. Aghajan et al.
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Avi J. H. Chanales et al.
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Andrew C. Heusser et al.
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Lindsay K. Vass et al.
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Mark D'Esposito et al.
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Johannes Vosskuhl et al.
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Hiroshi T. Ito et al.
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Fabian Chersi et al.
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Lukas Kunz et al.
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Margaret L. Schlichting et al.
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Michael X. Cohen
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Radoslaw Martin Cichy et al.
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Andrew J. Watrous et al.
HIPPOCAMPUS (2013)
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Gyoergy Buzsaki et al.
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Pascal Ravassard et al.
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M. P. Noonan et al.
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Bradley C. Lega et al.
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Shigeyoshi Fujisawa et al.
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Robert Oostenveld et al.
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Lluis Fuentemilla et al.
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Nikolai Axmacher et al.
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Claudia E. Feierstein et al.
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MW Jones et al.
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N Saito et al.
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JV Haxby et al.
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