Hippocampal slices have been widely used to investigate electrophysiological and
metabolic neuronal parameters, as well as parameters of astroglial activity including protein …

S100B is a calcium-binding protein expressed and secreted by astrocytes, playing a
neurotrophic role in neighboring cells. A protective role of the S100B against glutamate …

S100B, a homodimeric Ca2+-binding protein, is produced and secreted by astrocytes, and
its extracellular levels have been used as a glial marker in brain damage and …

S100B is a calcium-binding protein produced and secreted by astrocytes in response to
various extracellular stimuli. C6 glioma cells are a lineage commonly employed for astroglial …

Several molecules have been shown to be involved in glial-neuronal communication,
including S100B, an astrocyte-derived neurotrophic cytokine. Extracellular S100B protects …

S100B is the major low-affinity Ca2+-binding protein in astrocytes. In order to study the role
of S100B in the maintenance of Ca2+ homeostasis, we generated S100B null mice by a …

S100B is an astrocyte calcium-binding protein that plays a regulatory role in the cytoskeleton
and cell cycle. Moreover, extracellular S100B, a marker of glial activation in several …

Astrocytes have a variety of roles in maintaining neural tissue physiology, including
energetic support, uptake and metabolism of glutamate and secretion of neurotrophic …

S100B is a calcium‐binding peptide produced mainly by astrocytes that exert paracrine and
autocrine effects on neurons and glia. Some knowledge has been acquired from in vitro and …

Astrogliosis is a pathological process that affects the density, morphology, and function of
astrocytes. It is a common feature of brain trauma, autoimmune diseases, and …