Exam 2: Neuroscience As a Basis for Adult Development and Aging

From the perspective of neuroscience and aging, researchers acknowledge that cognitive, social and change in older adulthood is influenced at multiple levels.

A major thrust of adult development and aging research has been on cognitive aging based on data.

Executive functioning failures in older adults include irrelevant information to process in the .

Which of the following brain area are associated with emotional processing?

The white matter area shows deterioration with increasing age; the Neuroimaging method assess the rate and direction that water diffuses through the white matter.

fMRI focuses on the of the brain.

Which region implicated in emotional processing?

The WMH are linked to cerebrovascular disease, which is preventable and can be treated with medication and changes in .

Research has shown brain activations when viewing faces with emotional expressions.

Many age-related declines in cognitive functioning are a function of insults to the lobes, both and neurochemically.

Well-practiced tasks, vocabulary, and wisdom can be into old age.

Poor performance on executive functioning tasks has also been linked with volume of the prefrontal cortex.

Behavioral perspective research has suggested that basis cognitive processes affected by aging can be improved through and to multiple levels of functioning as long as the basic functioning are shared across tasks.

The effective functioning of the dopaminergic system in normal aging.

functioning includes processes such as inhibitory control or the ability to control the contents of the conscious mind using working memory.

approach compares the brain functioning of healthy older adults with adults displaying various pathological disorders in the brain.

The sensory cortices, such as the visual cortex, show relatively little .

Which of the following is preserved with aging.

Evidence suggests that shrinkage in the brain is linked to poor cognitive performance.

The best conclusion to draw from Neuroscience approach is