Sentence examples for ganglia selection from inspiring English sources

(2001) proposed one of the most accredited computational hypothesis about the mechanisms behind basal ganglia selection.

In the simulation, the dopaminergic efflux regulates the efficacy in the initiation, termination and lock-in of basal ganglia selection.

Second, it implements the interaction between dopamine-based basal ganglia selection and cortical activity in a plausible biological way.

Here we present a hypothesis reconciling the dynamical nature of cortical encoding with the idea that basal ganglia selection gates thalamo-cortical loops.

It also serves as a test of the role of cortico-striatal learning in defining how cortico-striatal information biases basal ganglia selection.

This condition reduces the efficiency and persistence of basal ganglia selection by reducing the signal/noise ratio, so that the system can be released from a previous selection (see Sect.  5.1 for a detailed description of the process).

The temporal lobe and basal ganglia voxel selection captured information for regions involved in limbic system and dopaminergic system functioning.

Our findings suggest that basal ganglia action selection (Bogacz and Gurney, 2007; Gurney et al., 2001) is affected by immune reconstitution.

This section describes a way in which the basal ganglia might implement selection through disinhibitory competition.

It has been suggested that the basal ganglia participate in selection and suppression of competing action plans (Mink 1996).

The role of the basal ganglia in action selection has been the subject of intense investigation, for example by Mink (1996), Redgrave et al.