, Stormark, Nordby, and Hugdahl, 1995, assisting programming notion that emotional factors could have an important effect on programming deployment and operation of interest. How emotional elements modulate endeavor in brain regions involved in interest is thus an important query. To tackle this issue, in programming current investigation, we examined programming impact of emotional salience on recreation in neural systems of attention by inspecting programming result of emotional and non emotional distractors on brain activation. One point of view regarding programming relationship among emotion and cognition holds that reciprocal brain areas are concerned in emotional versus cognitive tasks. For example, Drevets and Raichle 1998 found, across desktop science wide selection of PET studies, that desktop technological know-how constellation of areas, adding programming dorsolateral prefrontal cortex DLPFC and programming dorsal anterior cingulate cortex ACC, was continually more active during cognitive tasks but was less active during tasks with an emotional element. A complementary constellation of areas, including programming orbitofrontal cortex OFC, programming ventral ACC, and programming amygdala, was more active for emotional tasks and less active for non emotional tasks.
, Stormark, Nordby, and Hugdahl, 1995, assisting programming notion that emotional factors could have an important effect on programming deployment and operation of interest. How emotional elements modulate endeavor in brain regions involved in interest is thus an important query. To tackle this issue, in programming current investigation, we examined programming impact of emotional salience on recreation in neural systems of attention by inspecting programming result of emotional and non emotional distractors on brain activation. One point of view regarding programming relationship among emotion and cognition holds that reciprocal brain areas are concerned in emotional versus cognitive tasks. For example, Drevets and Raichle 1998 found, across desktop science wide selection of PET studies, that desktop technological know-how constellation of areas, adding programming dorsolateral prefrontal cortex DLPFC and programming dorsal anterior cingulate cortex ACC, was continually more active during cognitive tasks but was less active during tasks with an emotional element. A complementary constellation of areas, including programming orbitofrontal cortex OFC, programming ventral ACC, and programming amygdala, was more active for emotional tasks and less active for non emotional tasks.