… 2A Rs in the brain within the context of striatal circuitry is illustrated in figure 1. This working
hypothetical model proposes potential sites of regulation of striatal function by A 2A Rs and is …

… Because dopaminergic fibers play a central anatomical role in the functioning of the striatum,
dopamine depletion in PD produces serious alterations in the morphology of MSNs. MSNs …

… The striatum is the main input nucleus of the basal ganglia and a key neural substrate for
procedural learning and memory. The vast majority of striatal neurons are spiny GABAergic …

… The morphology of the spiny neurons has been extensively studied by Golgi and intracellular
… input system between other matrisomes and strisomes could be a substrate for associative …

… circuits and may represent a key neural substrate for adaptive motor control and procedural
… in the striatum and its role in the physiology and pathophysiology of basal ganglia function. …

… the ventral striatum There is now considerable evidence that dopamine is a critical substrate
for … But in the ventral striatum, the morphology of principal cells differs significantly between …

… We applied a supervised machine learning algorithm to identify these morphological features
and remove the fluorescent signal from fasciculated axons (Figure 1—figure supplement 3)…

… In this paper, the neural substrates and their chemical neuromodulation of basic operations
such as shifting and stopping are surveyed, drawing upon evidence from experimental …

… In addition, several protein substrates specifically enriched in the striatum have been … They
contribute to long-lasting neuronal alterations through induction of morphological changes, …

… to all parts of striatum. These two neuron types, however, differ genetically, morphologically,
and … sensory and motor planning information to striatum and PT-type neurons conveying an …