Michael S. Robinette

The paper maps physical cell-cell contacts in mouse visual cortex, revealing a dense contactome that exceeds synaptic connectivity and highlights the role of astrocytes in shaping the neural microenvironment.

The paper maps convergent synaptic motifs in the Drosophila Mushroom Body using connectome data, revealing their conserved architecture and potential role in associative learning.

This paper introduces random forests to infer nonlinear step selection effects in animal movement, showing they outperform traditional methods and confirm hypothesized step functions in wolf data.

This paper introduces a motif discovery method for biological networks that identifies statistically significant subgraphs from single network examples, addressing challenges in computational cost and statistical significance testing.