Marimelia Aparecida Porcionatto

The paper uses morphology-based clustering and lineage tracing to identify subtypes of reactive astrocytes and their spatial distribution in response to brain damage.

This study investigates how Notch-Wnt signaling modulation affects reactive astrocyte responses after brain injury, revealing new insights into their reparative mechanisms.

The paper studies how neuronal network topology evolves in vitro by analyzing electrophysiological signals from rat hippocampal cultures, finding increasing integration and complex topological features.

This study evaluates the neurotoxic effects of chitosan-dextran sulfate nanocomplexes on neural cells in vitro and finds reduced viability and neurite length.

This study investigates the effects of intraventricular CXCL12 delivery in a murine stroke model, finding it reduces ischemic area, improves behavior, and promotes neurogenesis.

This study develops a PLA scaffold to enhance stem cell delivery and retention in a mouse stroke model, reducing lesion area and improving cell survival.