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1 nimal with a neural compass to guide ongoing spatial behavior.
2  may be the main determinant of an intricate spatial behavior.
3 st a possible role of this area in mediating spatial behavior.
4 rticipate in a neural circuit that regulates spatial behavior.
5 ce showing a link between their activity and spatial behavior.
6 eys, are believed to support a wide range of spatial behaviors.
7 selective translational events consequent to spatial behavior and suggests a role for immediate-early
8 Visual landmarks exert stimulus control over spatial behavior and the spatially tuned firing of place
9 ests a common link between the mechanisms of spatial behaviors and success at EPF.
10 e-brain activation patterns in four distinct spatial behaviors from young and aged rhesus macaques: c
11 tate (hunger and thirst), memory demand, and spatial behavior in 2 tasks: hippocampus-dependent conte
12 tal N-methyl-D-aspartate (NMDA) receptors in spatial behavior in the radial arm maze.
13               Head-restrained mice performed spatial behaviors in a setup combining a virtual reality
14  widely believed to subserve visually guided spatial behavior, including the control of visual attent
15 f collision signaling is that the collective spatial behavior is much less variable than the individu
16      The authors investigated the effects on spatial behavior of coadministrations of a benzodiazepin
17 uantitative measurements of the temporal and spatial behavior of extensive animal groups in the wild,
18 el above chance, providing evidence that the spatial behavior of laboratory rats (and the associated
19                       Social, nonsocial, and spatial behaviors of amygdalectomized and control monkey
20 he DTN has a significantly greater effect on spatial behavior than lesions of the ADN.
21 n about how different inputs interact during spatial behavior to generate such robust firing patterns
22  spatial information, and attempts to relate spatial behavior to neuronal representations of directio
23 f NMDA-dependent long-term potentiation, but spatial behavior was normal in these mice.

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