Marine Aglave

This paper identifies FKBP7's role in sustaining NFE2L1 levels to promote chemoresistance in prostate cancer cells through cytoplasmic translational control.

This study uses patient-derived xenografts to identify TP53-associated relapse mechanisms in T-ALL, showing relapse phenotypes linked to OXPHOS metabolism and MYC signaling.

The paper shows that NOX4-generated ROS repress NIS in BRAFV600E-mutated thyroid cancer cells by blocking PAX8 and NKX2.1 chromatin binding through DNA damage and epigenetic mechanisms.

The paper uses a k-mer based method to analyze RNA-seq data at the nucleotide level in lung adenocarcinoma, identifying novel tumor-specific RNA features and their clinical relevance.