This Collection has been assembled in memory of Professor Rudolf Nieuwenhuys (1927-2024), Emeritus Professor of Neuroanatomy and Comparative... Status Open for submissions Submission deadline Ongoing Collection Processing complex sensory information beyond the primary sensory areas: new insights and models...
responsibleforautomaticsurvivalfunctions Medulla controlsheartbeatandbreathing BRAINSTEMHeartrateandbreathing CEREBELLUM Coordination andbalance PartsoftheBrain amygdala pituitary hippocampus THALAMUS Relays messages ReticularFormation Widespreadconnections ...
Starting from the top of the hemisphere, the upper regions of the motor and sensory areas control the lower parts of the body, and the lower regions of the motor and sensory areas control the upper parts of the body. Other functional areas of the cerebral hemispheres have been identified, ...
functions, such as the somatomotor cortex[21,66,69,71], the parahippocampal place area (PPA)[72],amygdala[67], auditory cortex[73],insular cortex[74]and ACC[68,71,75]. These brain areas are involved in a diverse array of functions, including volitional movement, tactile sensation, visual ...
NoteSpecializationandLocalizationofFunctionsinCerebralCortex –Functionsare“Represented”inSpecificBrainAreas,asfollows:–MotorCortex–SomatosensoryCortex–Broca’sArea(LanguageProduction/Speaking)Wernicke’sArea(LanguageReception/Understanding)–Auditory/”musical”Cortex–VisualCortex IntegrationofBrainAreasinComplex...
It consists of assigning the ROI to the tracker axons and then using these regions’ areas and positions to update the tracker. The images are matched sequentially, and the axons properties are taken as running averages of their matched regions. For example, considering the nth match, the ...
While single-cell technologies have greatly advanced our comprehension of human brain cell types and functions, studies including large numbers of donors and multiple brain regions are needed to extend our understanding of brain cell heterogeneity. Integrating atlas-level single-cell data presents a chan...
In diverse areas of physics and engineering, structural constraints on system dynamics can be understood via the system’s eigenmodes, which are fundamental spatial patterns corresponding to the natural, resonant modes of the system12. In the linear regime, such as brain activity under normal (that...
areas around the lesion can substantially contribute to recovery, e.g., by the formation of new connections (“axonal sprouting”) (Granziera et al., 2007) and by taking over functions from the lesioned region (“remapping”) (Silasi and Murphy, 2014). Molecular and electrophysiological ...
29 brain areas is not enough. Where are V1, V2, V3, etc.? Where’s the fusiform gyrus? Neuroscience is a field where we don’t know what the correct objects to be discussing really are. The app ought to distinguish between “neuroarchitechtonic regions” and things like sulcus/gyrus ...