Peter R. Cook

The paper introduces a database format called strion to capture chromosome structure and function by encoding transcription unit activity and interactions across cells and time.

The paper develops a high-resolution mathematical model to map replication timing profiles across cell lines, revealing correlations between replication dynamics, transcription, and chromatin structure.

This paper introduces a microfluidic platform to model human neuronal circuits and axotomy, enabling the study of connectivity and regeneration in vitro.