Salman F. Banani

The paper investigates how active RNA synthesis influences nuclear condensate patterning by studying nucleolar fibrillar centers and shows that RNA synthesis affects their size, number, and spacing.

The paper characterizes large RNA polymerase II condensates, showing they are promoter-centric and involved in early transcription stages across expressed genes.

This study introduces ProtGPS, a protein language model that predicts subcellular compartment localization and identifies mutations affecting this process.

The paper identifies RNA-binding as a common feature of transcription factors, showing it contributes to gene regulation and is conserved in vertebrates.