Astrocytes are responsible, for example, for the energy production of the brain, ion and pH balance, and
they regulate synapse formation, the connections between neurons.
Not exact matches
The gaps help to
regulate signaling in the brain, and the bridges are the «connection across a
synapse [that] is the release key that fits into a very specific lock to initiate the next step.»
«Up -
regulating MHCI is essential for the maternal immune response, but changing MHCI activity in the fetal brain when synaptic connections are being formed could potentially affect
synapse density,» Boulanger said.
MHCI limits
synapse density by inhibiting insulin receptors, which
regulate the body's sugar metabolism and, in the brain, promote
synapse formation.
Astrocytes, named for their star - like shape, are ubiquitous brain cells known for
regulating excitatory
synapse formation through cells.
«If you have high levels of this
synapse - building, inflammation -
regulating protein, you may not have as much, if any, change in your memory,» he said.
The mutation, which has been found in people with ADHD, autism and bipolar disorder, affects the function of DAT, a protein that
regulates the brain's supply of the neurotransmitter by removing excess dopamine from the
synapse, or the space between nerve cells.
Cytotoxic T lymphocyte antigen - 4 accumulation in the immunological
synapse is
regulated by TCR signal strength.
The c - Abl tyrosine kinase
regulates actin remodeling at the immune
synapse.
Hematopoietic Lineage Cell - Specific Protein 1 Is Recruited to the Immunological
Synapse by IL -2-Inducible T Cell Kinase and
Regulates Phospholipase Cγ1 Microcluster Dynamics during T Cell Spreading.
However, while these proteins
regulate signaling on one end of the axon, the
synapse, they are produced on the opposite end, the cell body.
Identification and characterization of astrocyte - secreted signals that
regulate neuronal
synapse number and strength during development
Farhy - Tselnicker I, van Casteren ACM, Lee A, Chang VT, Radu Aricescu A, Allen NJ (2017) Astrocyte - Secreted Glypican 4
Regulates Release of Neuronal Pentraxin 1 from Axons to Induce Functional
Synapse Formation.
Interactions between intercellular adhesion molecule - 5 (ICAM - 5) and ß1 integrins
regulate neuronal
synapse formation.
Astrocytes can
regulate neuronal synapses by secreting factors that affect both
synapse formation and synaptic function.