Aslı Azizoğlu

This paper develops orthogonal inducible transcriptional control systems in yeast to study dosage-dependent gene-gene interactions, confirming known interactions and revealing new phenotypes.

The paper introduces Evolverator, a yeast system for continuous in vivo protein evolution, and demonstrates its use in improving ligand affinity and generating stronger repressors.

The paper describes a gene expression control system in yeast that suppresses variation and allows precise protein dosage regulation through autorepression and leaky expression prevention.

The paper introduces a genetic controller, WTC846, for precise, adjustable, and variation-free gene expression in yeast, enabling controlled phenotypic studies.