Basal ganglia form a complex neural network involved in the selection and execution of action through interactions with multiple brain areas that process sensorimotor, emotional and cognitive information [1].
While cognitive processes rely on multiple brain regions for normal function, some cognitive processes may depend critically on contributions from specific cortical or subcortical regions.
11 The neural mechanisms that underlie human variability in SPA are distributed processes involving multiple brain regions, neurotransmitters and neuropeptides, including cholecystokinin, corticotrophin releasing hormone, neuromedin, neuropeptide Y (NPY), leptin, and orexin (also known as hypocretin).
In particular, frequently observed genes in gene sets sharing multiple brain diseases are distributed the important pathway of neurological processes.
Functional imaging data also show that intersensory interactions rely on multiple brain areas that are differentially involved in the intersensory process (for a review, see [14]).
The thalamus as the major information relay center in the brain receives and processes sensory, motor, limbic and arousal input from various regions of the CNS and relays the information to multiple brain structures including the cerebral cortex.
He had a fractured skull and multiple brain hemorrhages.
There are also multiple brain regions, 200 types of neurons, even large-scale neuronal deaths.
Brain magnetic resonance imaging (MRI) revealed multiple brain metastases.
This illustrates the complex associations among multiple genes and multiple brain ROIs.
