The Berchowitz lab examines how various types of condensates give rise to emergent properties beyond those of the constituent proteins and how healthy cells regulate these structures.
The Gaublomme lab develops optical pooled CRISPR screens with multi-omic in situ readout to understand cellular function and intercellular communication.
The Gennarino lab is an RNA Neurobiology lab that moves between patients, animal models, and wet lab experiments to understand how defects in RNA-binding proteins and post-transcriptional RNA processing cause neurological diseases.
The Jovanovic lab's overarching research goal is to understand the principles and mechanisms by which post-transcriptional regulation controls the dynamics of gene expression
The Pellizzoni lab is interested in Neuroscience, Neurodegeneration and the study of RNA-binding proteins and non-coding RNA regulatory networks in neurological disorders.
The Zaccara lab is dedicated to investigating the fundamental mechanisms that regulate mRNA fate in both normal and disease states, with a specific focus on understanding the role of RNA modifications
