Sentence examples for more cognitive functions from inspiring English sources

Some programs focused only on memory, whereas other programs used multifaceted approaches targeting two or more cognitive functions.

REM sleep, for example, stimulates the amygdala, which handles fear and aggression, while non-REM sleep kindles the forebrain, which plays a role in impulse control and more cognitive functions.

We expected that the BA intervention would be more suitable for the more severely depressed participants since mindfulness require more cognitive functioning in initial stages, such as the ability to control attention in order to focus on the present moment.

145– 147 The main finding was a statistically significantly worse outcome on one or more cognitive function tests, or a higher frequency of dementia, with lower 25(OH D levels or vitamin D intake in 72% of the studies.

The majority of the cross-sectional and prospective studies found that vitamin D deficiency is associated with a statistically significantly worse outcome on one or more cognitive function tests, or with a higher frequency of MCI and dementia.

28 31 Therefore, we concluded that the BA intervention would be more suitable for the more severely depressed participants since mindfulness require more cognitive functioning in initial stages, such as the ability to control attention in order to focus on the present moment.

Using this rule the ITA tries to reward those tasks that belong to the patient's more damaged cognitive functions, because patients need to rehabilitate these impaired functions more than the less impaired ones.

However, these mouse strains have not yet been compared for more complex cognitive functions, such as long-term/short-term memory and cognitive flexibility.

However, our examination of general, rather than more specific cognitive functions, might have prevented the identification of relationships between specific cognitive deficits and psychiatric disorders.

There is a search for simpler psychological functions that can account for age-related changes in higher-level, more complex cognitive functions.

It also means that areas of the brain close to those that receive input from the outside world may perform more complex cognitive functions than previously thought.