Towards a new Protocol for Study Pattern Separation in Humans within Virtual Reality Environment

MARCOS GONZALO LAZO; PEDRO BEKINSCHTEIN; MARÍA FLORENCIA RODRÍGUEZ; DANIELA RAMIREZ BUTAVAND; CRISTIAN GARCIA BAUZA; MARIA VIRGINIA CIFUENTES; FABRICIO BALLARINI

Mar del Plata

Congreso; XXXII Congreso Anual SAN 2017; 2017

Sociedad Argentina de Investigación en Neurociencias

We present a computational kit to createneuroscience experiments in virtualimmersive environment like a CAVE. Thevirtual scenarios should be as similar to thereal ones as possible, to improveexperiences. The purpose of this work is tostudy the response of the human centralnervous system in similar situations avoidingexternal factors (such as weather) ordistraction.