Herbert Tschochner

The paper shows that premature termination of transcription by RNA polymerase I limits rRNA production and that a mutant polymerase, SuperPol, reduces this termination, increasing rRNA output.

This study investigates the role of the S0-cluster ribosomal proteins in yeast in rRNA folding and SSU precursor maturation using cryogenic electron microscopy.

The paper identifies mutations in RNA polymerase I that enhance its activity, leading to increased rRNA production in yeast.

The paper investigates how incomplete assembly of two ribosomal protein clusters in yeast affects biogenesis factor binding and SSU precursor maturation.

The paper investigates how the lobe-binding module of RNA polymerase I affects transcription fidelity, speed, and processivity in vitro, showing its unique ability to transcribe nucleosomal templates compared to Pol II.