Maryl Lambros

The paper develops a new AAV engineering workflow, scAAVengr-Hunt, to create potent vectors and identifies a structural mechanism underlying their broad species and tissue potency.

This paper introduces a computational model to study phenotypic pliancy, showing it results from Polycomb mechanism dysregulation and is observed in metastatic cancer cells.

This study evolves Escherichia coli under fluctuating temperature regimes to examine evolutionary contingency and adaptation strategies, finding distinct genetic and phenotypic responses depending on initial genetic background.

This paper develops a Process Pathway Model to describe bacterial growth, showing it accurately captures temperature dependence and provides a computationally feasible intermediate complexity model.