0 the process by which a living thing or a cell keeps the conditions inside it the same despite any changes in the conditions around it -- homeostaza
These agents have been directed towards glutamate homeostasis, apoptosis, oxidative stress and neuroprotection.
Taken together, these results may indicate that homeostasis was progressively lost between days 3 and 5, even though viability was around 100%.
In conjunction, these observations reveal novel mechanisms by which neuroinflammation can alter glutamate homeostasis and trigger oligodendrocyte death.
Even if glucocorticoids act primarily at a peripheral level to maintain homeostasis, the brain represents one of the principal targets for these steroid hormones.
There are changes in other body systems which may affect homeostasis and reduce safety margins.
Astrocytes can dynamically and rapidly change their phenotype in a process known as 'activation', contributing to the maintenance of the central nervous system homeostasis.
These results suggest that heat shock proteins initially try to maintain homeostasis, but on failing, may be involved in cell death.
Under normal situations there is a balance between these two systems placing the body in a state of homeostasis.
