Tag: EI-FLEX

Tag results

Format

Format
  • Paper (8)
  • Application note (5)
  • Preprint (3)
  • Press Release (3)
  • Ebook (2)
  • Technical note (2)
  • Webinar (2)
  • Article (1)
  • Video (1)
Applications
  • Protein structure and dynamics (18)
  • DNA structure (13)
  • Enzymes (12)
  • Protein-DNA interactions (12)
  • DNA repair (11)
  • Protein-RNA interactions (11)
  • Replication (11)
  • RNA structure (11)
  • Disordered proteins (10)
  • Membrane proteins and receptors (10)
  • Molecular motors (10)
  • Quadruplexes / higher order structures (9)
  • Riboswitches (9)
  • Transcription (9)
  • DNA organisation (8)
  • DNA origami (8)
  • Chromatin (7)
  • DNA editing (7)
  • R-loops (7)
  • Antibody-ligand interactions (6)
  • Phase separation (6)
  • PTM detection (5)
  • Ternary complexes, protacs, glues (5)
  • Protein aggregation (4)

Technology

Technology
  • smFRET (21)
  • FCS (4)
  • FCCS (1)

Year

Year

Author

Author

Author 2

Author 2

Tags

Tags
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.
Biology happens in motion. In this article, we discuss the importance of capturing biomolecular dynamics, linking structure to function.