Alisa B. Tiaglik

This paper introduces a framework to generate branching morphologies using fast-marching algorithms with feedback mechanisms, demonstrating its ability to create realistic 2D and 3D structures.

This study examines how cerebral blood flow and metabolic responses of astrocytes and neurons change during locomotion, revealing distinct mitochondrial behaviors and potential signaling roles of astrocytes.

A high-fat diet increases astrocytic lipid content and branching, enhancing glutamate clearance and exploratory behavior in young mice.