Katherine T. Baldwin

This study characterizes the morphological development of white matter astrocytes in mice, showing distinct developmental trajectories and structural features compared to gray matter astrocytes.

The paper analyzes the impact of pathogenic HEPACAM variants on astrocyte morphology using a new machine learning framework for 3D Sholl analysis and finds increased morphological complexity in specific variants.

This study shows that PTPRZ1 in astrocytes is crucial for their morphology and excitatory synaptogenesis, using a conditional knockout mouse model.

This study shows that shRNAs cause microRNA dysregulation and global transcriptomic changes in neurons, independent of their target.