A gallery of human RNA polymerases
New structural biology research provides fundamental information critical to understanding enzyme mutations connected to rare diseases and cancers.
EditMolecular mechanisms of transcriptional regulation in eukaryotes
New structural biology research provides fundamental information critical to understanding enzyme mutations connected to rare diseases and cancers.
EditThis week’s Picture of the Week, which could also be a masterpiece of modern art, shows the enzyme RNA polymerase III, an assembly of 17 individual proteins combined into this complex structure.
EditNew EMBL research shows where & to what degree a component of cellular machinery known as RNA Pol III is mutated and becomes problematic.
EditUsing cryo-EM, scientists have determined the structure of a large protein complex called Elongator.
EditNew study reveals how to make therapeutic insulins more effective than they currently are
EditEMBL researchers uncover how a key enzyme that helps cells make new proteins starts its work
EditCryo EM reconstruction of RNA Polymerase I reveals details of how molecule binds and transcribes DNA
EditHow transcription factors interact to create a heart
EditCryoEM solves 3D atomic structure of largest and most elusive RNA polymerase.
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