Sentence examples for brain function have shown from inspiring English sources
Neuroanatomists of the 20th century tackled this problem using postmortem histological tools that measure cytoarchitecture, myeloarchitecture, and more recently, receptoarchitecture. 70 Subsequent studies of brain function have shown that histological features are overall good predictors for functional segregation.
Skulls from that time show no change in brain size and are highly unlikely to show a genetic change in the brain's functioning.
Research into sleep disorders and brain function has shown the importance of sleep in memory and consolidating information.
Estimations of energy distribution between various brain functions have shown that about 90% of energy is spent on presynaptic fluxes of Na+, K+, Cl−, and Ca2+ and less than 10% for transmitter recycling and metabotropic responses of spines [ 63, 69].
Vitamin D plays vital roles in human health and recent studies have shown its beneficial effect on brain functioning.
As most brain functions have been shown to involve multiple brain sites rather than a single specific site, EEG-based analysis of brain activity at the level of interrelation between electrode pairs can offer deeper insights into the association between brain activity and music familiarity.
Studies of traditional neurocognitive testing without brain imaging have shown equivocal impact of ADT on cognitive function.
Studies focusing on restoring injured brain function through cell transplantation have shown that cells infused by different routes or grafted into the brain may survive and lead to improvement of the damage observed in different brain disease models [1] [4].
Brain imaging studies have shown us why.
Despite the importance of AGS3 for brain function, we and others have shown that AGS3 is present in multiple tissues and cell types [14], [20], [22], [27], [28], [29], [30] and displays a limited co-localization with the markers of ER and Golgi [28].
"Imaging genetics" studies have shown that brain function by neuroimaging is a sensitive intermediate phenotype that bridges the gap between genes and psychiatric conditions.
