… Now that we have a better understanding of the origins of microglia, how … health and disease?
Furthermore, are these insights informative in terms of diseases associated with microglial …

… In this review, we propose the study of microglial functions, rather … microglia, proliferating
microglia, pruning/neuromodulatory microglia, phagocytic microglia, and inflammatory microglia …

… Microglial morphological plasticity contributes to many developmental processes and …
of microglial morphological diversity and its involvement in the healthy brain and in disease. …

… profiling of microglia, we also propose a molecular and functional definition of microglia
that … B phosphorylation, a key mediator of synaptic plasticity. These findings suggest that …

… microglia in brain development, plasticity and cognition, and discuss the implications of the
depletion or dysfunction of microglia for our understanding of disease … undesirable microglial …

… resting microglia in synaptic plasticity and learning and memory, as well as how activated
microglia modulate disease-related plasticity … By summarizing the function of microglia in these …

… Consequently, the study of synaptic plasticity in disease models offers a promising route
by which improved treatments for neurological and psychiatric conditions may be developed. …

… microglial activation, cyclosporine A (CsA) (or minocycline), prevented microglial activation
and axonal plasticity … the promotion of adaptive plasticity and structural remodeling responses …

… , may have in regulating microglia plasticity and polarization toward … microglia to their
activation states in the context of health and disease, and possible long-term and lasting microglial …

… Moreover, it is now clear that oligodendrocytes and microglia also contribute to synaptic
plasticity. Oligodendrocytes have shown the potential role of signaling transducers and builder …