Andrew Phillips

PairedAbNGS pools 58 single-cell bioprojects of natural paired human and mouse antibodies, revealing heavy/light V gene pairing biases beyond usage frequencies and conserved CDR3-FWR2 inter-chain contacts.

This paper develops thermoresponsive microcapsules for repeated random access of DNA data, demonstrating improved performance over non-compartmentalized storage.

This paper introduces MLB-seq, a method to profile DNA secondary structures using bisulfite sequencing, and finds that 84% of studied human genome subsequences adopt multiple structures.

This paper presents a method to dynamically characterize synthetic gene circuits using time-series data and parameter inference, enabling scalable analysis of complex circuits in E. coli.

This paper introduces a platform for distributed DNA-based communication in synthetic protocells using DNA strand-displacement circuits.

This study shows how E. coli uses noisy rpoS expression and growth modulation to survive oxidative stress through multi-generation rpoS pulses.

The paper demonstrates spatially localized DNA circuits that enable fast and modular molecular computation by arranging reactive DNA hairpins on DNA origami.