As such, this postdoc will work on a project at the interface of RNA biology and cancer research, combining molecular and cellular biology, CRISPR screens, functional genomics, and transcriptomic approaches to dissect the role of RNA regulation in the interaction between cancer cells and the immune system. 

Our laboratory investigates how RNA post-transcriptional regulation shapes gene expression programs that drive cancer progression and resistance to therapy. We seek to understand how the cellular environment interfaces with RNA regulatory mechanisms to reprogram gene expression networks, enabling cancer cells to adapt, survive, and evade treatment. By defining these mechanisms, our work aims to address one of the most important problems in cancer biology: how tumors develop therapy resistance and how RNA-centered regulatory pathways can be targeted to overcome it.

We offer a dynamic and multidisciplinary research setting with access to state-of-the-art core facilities, strong collaborative interactions, and opportunities for scientific independence and professional growth. Postdoctoral support includes competitive salary, comprehensive health insurance and benefits, and extensive career development resources.

As such, this postdoc will work on a project at the interface of RNA biology and cancer research, combining molecular and cellular biology, CRISPR screens, functional genomics, and transcriptomic approaches to dissect the role of RNA regulation in the interaction between cancer cells and the immune system. 

Our laboratory investigates how RNA post-transcriptional regulation shapes gene expression programs that drive cancer progression and resistance to therapy. We seek to understand how the cellular environment interfaces with RNA regulatory mechanisms to reprogram gene expression networks, enabling cancer cells to adapt, survive, and evade treatment. By defining these mechanisms, our work aims to address one of the most important problems in cancer biology: how tumors develop therapy resistance and how RNA-centered regulatory pathways can be targeted to overcome it.

We offer a dynamic and multidisciplinary research setting with access to state-of-the-art core facilities, strong collaborative interactions, and opportunities for scientific independence and professional growth. Postdoctoral support includes competitive salary, comprehensive health insurance and benefits, and extensive career development resources.