As discussed herein, the last two decades provided several lines of evidence supporting the implication of hippocampal neurogenesis in the maintenance of the homeostatic brain function and its importance in the pathophysiology of MDD.
Study of children allows us to ask different questions about disorder etiology, maintenance, and course as we can minimize the impact of malnutrition on brain function and perhaps better characterize prior learning history.
The characteristic surface morphology of the mammalian brain is closely correlated with brain function and dysfunction.
Brain function and motor function are impaired.
Proper establishment and maintenance of DNA methylation marks early in neurodevelopment can mediate proper maturation of the complex neurocircuitry in cerebellum and prefrontal, occipital, and temporal cortices, influencing gene expression and ultimately brain function and behavior.
Does this mode of microglial stimulation have a role in the function and maintenance of the synaptic connections between neurons in healthy brains?
Gratz, I.K. & Campbell, D.J. Organ-specific and memory Treg cells: specificity, development, function, and memorynance.
Besides the known SHOX expression in tissues involved in body growth such as chondrocytes and cartilage, SHOX is expressed in various other additional tissues, e.g. in different fetal and adult brain regions such as hindbrain (cerebellum), thalamus and basal ganglia, pointing to an additional function of SHOX during fetal brain development and maintenance of brain functions.
