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Free ebook: Discover single-molecule research that is pushing the boundaries of science

Tag: DNA Polymerase

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  • Preprint (2)
  • Press Release (2)
  • Ebook (1)
  • Paper (1)
  • Video (1)
  • Webinar (1)
Applications
  • Protein structure and dynamics (4)
  • Enzymes (3)
  • Disordered proteins (2)
  • DNA repair (2)
  • DNA structure (2)
  • Membrane proteins and receptors (2)
  • Protein-DNA interactions (2)
  • Protein-RNA interactions (2)
  • Replication (2)
  • RNA structure (2)
  • Antibody-ligand interactions (1)
  • DNA organisation (1)
  • Phase separation (1)
  • PTM detection (1)
  • Quadruplexes / higher order structures (1)
  • Riboswitches (1)
  • Ternary complexes, protacs, glues (1)
  • Transcription (1)

Technology

Technology
  • smFRET (5)
  • FCS (2)

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Author

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Author 2

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Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.
Explore EI-FLEX data from the University of Sheffield uncovering how DNA polymerase I identifies gapped DNA through substrate bending and dynamic conformations.