These changes paralleled oscillations in Fabp7 mRNA throughout the brain suggesting that cell-coordinated signals likely control brain-wide Fabp7 mRNA expression.
Estrogen receptors are present within the fetal brain, suggesting that estrogens may exert an influence on cerebral development.
The preliminary tests showed a lowering in the levels of toxic proteins in the brain, suggesting that the method might work for other dementia-related conditions.
Vaccination of adult female rats against nicotine reduces the distribution of maternally administered nicotine to fetal brain, suggesting that vaccination might protect against these effects.
Researchers have discovered that receptors for the endocannabinoids are sprinkled liberally throughout the body and the brain, suggesting that they play important roles in regulating a variety of processes.
In addition, the analysis also identified a subset of brain regions in which the activity in the listener's brain preceded the activity in the speaker's brain, suggesting that the listeners were actively predicting the speaker's upcoming utterances.
Alterations have also been observed in the functional architecture of the resting brain, suggesting that aging is associated with changes in the organization of the networks of the brain.
The time course of selegiline-induced wakefulness was shown to follow the time course of l-methamphetamine and l-amphetamine in brain, suggesting that these metabolites are responsible for the modulation of sleep architecture.
The fastest axons have conduction times of 1-5 ms across the neocortex and <1 ms from the eye to the brain, suggesting that in select sets of communicating fibers, large brains reduce transmission delays and metabolic firing costs at the expense of increased volume.
The devices can be adapted to sense fluid flow, motion, pH or thermal characteristics, in formats that are compatible with the body's abdomen and extremities, as well as the deep brain, suggesting that the sensors might meet many needs in clinical medicine.
RNA of another clone, rg34, was found in the brain, liver, and kidney but was found in pelleted polysomal RNA only in the brain, suggesting that its expression may be post-transcriptionally controlled.
