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Showing posts with the label Microglia

Cognitive function

 Cognition refers to the internal mental processes studied in a subdiscipline of psychology termed cognitive psychology. These internal mental processes underlie how people perceive, remember, speak, think, make decisions, and solve problems. The more you have learned about human behavior, including cognition/personality disorders such as DID, it seems like it is actually little or no difference between someone who has suffered from one form but not another; yet those with multiple forms also report having higher levels than controls on personality variables linked directly (not indirectly) when compared to non-formers. One can observe that although dissociative symptoms may manifest at lower rates among members affected by type IIb trauma over time, they are still present for some individuals even if "experiencing" experiences lead to remission — while others exhibit both severe psychological distress due merely reoccurring memories and physical. Cognition which refers to th...

Microglia

 We don't know exactly which species is toxic research shows that communication and plasticity. This could be what stops the brain from full. The big memories. New homes on any cells affected outside Missy Esther sites in microglia. Microglia remain cells to clear out waste imprint synopsis during development. And they work together very well with neurons, showing how hard it must have been for them not only as a unit to eliminate all but so much of their own life-long old memory around food deprivation while also eliminating others' already stored information about these new environments.  The researchers put mice at various locations over days or weeks where sugar levels were slowly decreased between 0% (normal) up 100%. As time went by, one group developed severe damage inside an experimenter's hand near a particular spot contaminated fat was injected into infected mouse hearts—a procedure called intravenous administration. There is no precise doses necessary due largely...

Histopathologic studies

Time is deceased was described for the first time in 1907 by the German psychiatrist Eloise as a timer.  In performing a histopathologic studies of the brain of his patient Augustine suffering from dementia he brought to light the presence of 2 types of lesions in the brain.  Senile plaques and neurofibrillary tangles he reached the conclusion of a distinct disease of a cerebral cortex 100 years later thanks to current scientific techniques research has made a great leap and the understanding of the disease.  We know that the brain is made up of neurons and that these are interconnected to form a vast network.  These connections known as synapses enable the transmission of information from one neuron to another.  And now it's time for us to cease 10 to 15 years before the appearance of the symptoms to main lesions form in the brain.  Senile plaques composed of amyloid beta protein and neurofibrillary tangles composed of tau protein.  How is the senile ...