Markel Martínez‐Carranza

This study characterizes the structure and nucleotide-dependent binding mechanism of E. coli NrdR, revealing its flexibility in adapting to different promoter configurations.

This study reveals how archaeal RPA's winged-helix domain interacts with DNA primase and polymerase, enhancing PriSL activity and providing insights into replication regulation.

The paper presents cryo-EM structures of Family-D DNA polymerases in a proofreading mode, revealing a novel correction mechanism and the role of their unique exonuclease domain.

This paper introduces a nanobody that enables non-invasive live synaptic imaging and improves super-resolution microscopy with minimal physiological impact.

The paper studies cotranslational folding of a β-helix pentarepeat protein using a force sensor assay and finds that folding of a segment produces enough force to release ribosome stalling.