Beyond Traditional Clinical Measurements for Screening Fears and Phobias PROJECT TITLE :Beyond Traditional Clinical Measurements for Screening Fears and PhobiasABSTRACT:The utilization of eye movements is a usual technique of measuring attentional and emotional response in laboratory. But, when it comes to clinical observe, it is seldom applied. 2 studies were conducted to look at whether or not extraocular and intraocular movements can be used as indices of attentional bias and autonomic activation. In the first study, a free-viewing task, combined with subliminal exposure, showed that prime-fear people tend to orient additional their attention toward the visual space where threat-stimuli (snakes) were presented. The findings counsel a reflexive overt attentional orienting bias for subliminal snakes compared with subliminal management stimuli. The differentiation between participants with high and low concern of snakes steered that a disposition to worry snakes affects the initial ocular saccades. In the second study, participants were instructed to discriminate a sign that was randomly displayed at the center of the display while subliminal pictures were peripherally presented. The results revealed larger pupil dilation for threatening stimuli subliminally presented; once more, high-fear individuals showed larger pupillary dilations, independently of the stimulus category. Our results are in keeping with the belief that a predisposition to worry is relevant for extraocular and intraocular movements when exposed to threat stimuli. These findings suggest that eye measurements, combined with subliminal exposure techniques, could be a reliable and nonintrusive aid tool for use for the assessment and treatment of fear and phobias. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Triadic Closure Pattern Analysis and Prediction in Social Networks Field Measurements and System Identification of Three Frequency Controlling Hydropower Plants