Key result
High rumination was associated with impaired cognitive inhibition, as high ruminators had significantly slower antisaccade latencies (271 ms) compared to low ruminators (250 ms).
Why the study?
Does depressive rumination impair cognitive control functions such as inhibition and switching in a mixed antisaccade task?
Cross-Sectional (n=46)
No
Does depressive rumination impair cognitive control functions such as inhibition and switching in a mixed antisaccade task?
Depressive rumination, specifically brooding, is associated with impaired cognitive inhibition even for non-emotional material.
Rumination links to impaired inhibition; hypothesis-generating for targeted interventions and needs prospective confirmation.
Growing empirical evidence suggests that cognitive and affective problems in depression may be a reflection of cognitive control impairments. However, to date, the nature of such impairments is still poorly understood and further investigation of this topic is required to advance current knowledge on the underlying vulnerability factors for depression. Using a mixed antisaccade paradigm, the present study examined if depressive symptoms in general, and more specifically rumination, are related to impairments in cognitive control functions such as inhibition and switching. The results on antisaccade latency and error rates indicated that depressive symptoms in general were not related to impairments in inhibition and switching. However, rumination was associated with impaired inhibition such that high, compared to low, ruminators had slower antisaccade latencies. No group differences were observed on antisaccade error rates. Implications for understanding the underlying vulnerability factors for the development of depressive symptoms are discussed.
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Lissnyder et al. (2010) conducted a cross-sectional in Depressive symptoms and rumination (n=46). High rumination vs. Low rumination was evaluated on Correct antisaccade latency (p=<0.05). High rumination was associated with impaired cognitive inhibition, as high ruminators had significantly slower antisaccade latencies (271 ms) compared to low ruminators (250 ms).
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