Cognitive functions, such as memory, attention, and perception, declines with age. Besides other neuroanatomical changes, the level of dopamine also attenuates during aging. We review how computational modeling can provide insights in how these lifetime changes in dopamine levels is expressed at the behavioral level yielding a bridge across different levels. Results indicate that attenuation of dopamine lowers the signal to noise ratio providing a less distinctive neural representation, and detrimental cognitive performance
In recent years, the application of computational modeling in studies on age-related changes in deci...
Probabilistic reward learning is characterised by individual differences that become acute in aging....
The aging brain shows a progressive loss of neuropil, which is accompanied by subtle changes in neur...
Basic cognitive functions, such as the abilities to activate, represent, maintain, focus and process...
Besides neuroanatomical changes, neuromodulatory mechanisms are also compromised during aging. Neura...
An integrative theory relating cognitive aging de"cits observed at the behavioral level with ag...
Basic cognitive mechanisms, such as the abilities to briefly maintain, focus, and process informatio...
A major challenge facing those interested in understanding age-related changes in cognition, is the ...
Normal aging is associated with a gradual decline in executive functions such as set-shifting, inhib...
The relatively random spiking times of individual neurons provide a source of noise in the brain. We...
A theory of cognitive aging is presented in which healthy older adults are hypothesized to suffer fr...
ABSTRACT—Relative to young adults, older adults are particularly impaired in episodic memory tasks r...
Aging is accompanied by profound changes in the brain's dopamine system that affect cognitive functi...
As humans age, the attenuation of dopamine and norepinephrine neuromodulation in the fronto-striatal...
The brain neuronal systems defined by the neurotransmitter dopamine (DA) have since long a recognize...
In recent years, the application of computational modeling in studies on age-related changes in deci...
Probabilistic reward learning is characterised by individual differences that become acute in aging....
The aging brain shows a progressive loss of neuropil, which is accompanied by subtle changes in neur...
Basic cognitive functions, such as the abilities to activate, represent, maintain, focus and process...
Besides neuroanatomical changes, neuromodulatory mechanisms are also compromised during aging. Neura...
An integrative theory relating cognitive aging de"cits observed at the behavioral level with ag...
Basic cognitive mechanisms, such as the abilities to briefly maintain, focus, and process informatio...
A major challenge facing those interested in understanding age-related changes in cognition, is the ...
Normal aging is associated with a gradual decline in executive functions such as set-shifting, inhib...
The relatively random spiking times of individual neurons provide a source of noise in the brain. We...
A theory of cognitive aging is presented in which healthy older adults are hypothesized to suffer fr...
ABSTRACT—Relative to young adults, older adults are particularly impaired in episodic memory tasks r...
Aging is accompanied by profound changes in the brain's dopamine system that affect cognitive functi...
As humans age, the attenuation of dopamine and norepinephrine neuromodulation in the fronto-striatal...
The brain neuronal systems defined by the neurotransmitter dopamine (DA) have since long a recognize...
In recent years, the application of computational modeling in studies on age-related changes in deci...
Probabilistic reward learning is characterised by individual differences that become acute in aging....
The aging brain shows a progressive loss of neuropil, which is accompanied by subtle changes in neur...