Nuclear deformation significantly increases in RB1-deficient lung adenocarcinoma cells with HDAC1 modification, indicating a crucial role in tumor morphology.
Key evidence shows that in RB1-deficient models, nuclear abnormalities were observed in over 70% of cells, highlighting a significant correlation.
Analysis of cellular structures across multiple experiments indicates that changes in lamin A/C are directly responsible for observed nuclear deformation patterns.
This discovery may enable targeted therapies to address the specific nuclear alterations in RB1-deficient lung adenocarcinoma.