David S. Glass

This study identifies five classes of endocrine circuits in humans, revealing shared structural and regulatory principles across 43 hormone systems.

The paper examines how subinhibitory concentrations of bacteriostatic and bactericidal antibiotics affect Escherichia coli growth dynamics, revealing distinct temporal responses between the two classes.

This study investigates multimer formation in synthetic biology plasmids and presents a strain modification to prevent it.

This paper designs a synthetic stem-cell circuit in E. coli with biphasic fitness to test a theory about mutation resistance in differentiation, finding it robust to mutations and environmental pressures.

The paper measures antibiotic-mediated bacterial death and finds death rate is linear with growth rate but varies with environmental stress.

This paper applies delay differential equations to model biological network motifs, finding simplifications and insights into dynamics with delays.

This paper introduces a genetically encoded adhesion toolbox in E. coli to program multicellular morphologies and patterns through modular cell-cell adhesion.