🚀 Where single molecule meets high throughput - power the next generation of molecular dynamics and drug discovery with the
EI-FLEX Pro
Home
Products
EI-FLEX Pro
EI-FLEX
Technology
Single-molecule FRET
Fluorescence Correlation Spectroscopy
Fluorescence Cross Correlation Spectroscopy
Applications
By application area
Protein-DNA interactions
Protein-RNA interactions
Protein structure and dynamics
DNA structure
RNA structure
Antibody-antigen interactions
Riboswitches
Motor proteins
Enzymes
G-quadruplexes
DNA origami
Ternary complexes
Protein aggregation
By research goal
By sector
For academia
For biopharma
Resources
Resource overview
Resource library
Events
About
Management
Careers
Home
Products
EI-FLEX Pro
EI-FLEX
Technology
Single-molecule FRET
Fluorescence Correlation Spectroscopy
Fluorescence Cross Correlation Spectroscopy
Applications
By application area
Protein-DNA interactions
Protein-RNA interactions
Protein structure and dynamics
DNA structure
RNA structure
Antibody-antigen interactions
Riboswitches
Motor proteins
Enzymes
G-quadruplexes
DNA origami
Ternary complexes
Protein aggregation
By research goal
By sector
For academia
For biopharma
Resources
Resource overview
Resource library
Events
About
Management
Careers
Contact us
Home
Products
EI-FLEX Pro
EI-FLEX
Technology
Single-molecule FRET
Fluorescence Correlation Spectroscopy
Fluorescence Cross Correlation Spectroscopy
Applications
By application area
Protein-DNA interactions
Protein-RNA interactions
Protein structure and dynamics
DNA structure
RNA structure
Antibody-antigen interactions
Riboswitches
Motor proteins
Enzymes
G-quadruplexes
DNA origami
Ternary complexes
Protein aggregation
By research goal
By sector
For academia
For biopharma
Resources
Resource overview
Resource library
Events
About
Management
Careers
Home
Products
EI-FLEX Pro
EI-FLEX
Technology
Single-molecule FRET
Fluorescence Correlation Spectroscopy
Fluorescence Cross Correlation Spectroscopy
Applications
By application area
Protein-DNA interactions
Protein-RNA interactions
Protein structure and dynamics
DNA structure
RNA structure
Antibody-antigen interactions
Riboswitches
Motor proteins
Enzymes
G-quadruplexes
DNA origami
Ternary complexes
Protein aggregation
By research goal
By sector
For academia
For biopharma
Resources
Resource overview
Resource library
Events
About
Management
Careers
Contact us
Tag: benchmark study
Tag results
Show/hide filters
Format
Format
Paper
(9)
Application note
(8)
Article
(4)
Ebook
(3)
Press Release
(3)
Preprint
(2)
Technical note
(2)
Webinar
(2)
Video
(1)
Applications
Protein structure and dynamics
(23)
DNA structure
(18)
Enzymes
(18)
Protein-DNA interactions
(17)
Replication
(17)
Protein-RNA interactions
(16)
DNA repair
(15)
RNA structure
(15)
Disordered proteins
(14)
Membrane proteins and receptors
(14)
Transcription
(13)
DNA organisation
(12)
Molecular motors
(12)
Quadruplexes / higher order structures
(12)
DNA origami
(11)
Riboswitches
(11)
Chromatin
(10)
DNA editing
(10)
Antibody-ligand interactions
(9)
Phase separation
(9)
R-loops
(9)
PTM detection
(8)
Protein aggregation
(7)
Ternary complexes, protacs, glues
(7)
Technology
Technology
smFRET
(27)
FCS
(9)
FCCS
(4)
Year
Year
Year
None
2026 (18)
2025 (14)
2024 (2)
Author
Author
Author
None
Jessica May Price (17)
Charlotte Wynn (2)
Author 2
Author 2
Author 2
None
Jessica Price (16)
charlotte.wynn (14)
max@seriesthree.co.uk (4)
Tags
Tags
Tags
None
EI-FLEX (23)
smFRET (23)
Customer data (15)
single-molecule FRET (8)
FCS (6)
Protein structure and dynamics (6)
FCCS (4)
protein-RNA interactions (4)
Antibody-antigen binding (3)
company news (3)
Enzymes (3)
fluorescence correlation spectroscopy (3)
Molecular motors (3)
press release (3)
Protein conformational dynamics (3)
Single-molecule kinetics (3)
antibody fragments (2)
bioelectronic interfaces (2)
biomolecular conformational dynamics (2)
Conformational Dynamics (2)
DNA hairpins (2)
DNA nanoswitch (2)
DNA triplex (2)
dynamic DNA nanomachines (2)
electronic actuation (2)
Exciting Instruments (2)
Exciting Seminars (2)
Intrinsically disordered proteins (2)
leadership (2)
Ligand binding (2)
pH-responsive DNA (2)
Protein-DNA interactions (2)
Protein–DNA interactions (2)
RNA structure (2)
Structural biology (2)
surface-immobilised DNA (2)
ternary complexes (2)
ABEL trap (1)
accurate FRET (1)
ALEX (1)
Alpha-synuclein (1)
amino acid sensing (1)
antibody–antigen binding (1)
Application note (1)
benchmark study (1)
Binding affinity (1)
Burst analysis (1)
Cell lysates (1)
cell-free protein synthesis (1)
cellular metabolism regulation (1)
CLIP tag (1)
Cryo-EM validation (1)
DEER (1)
Delayed termination (1)
DNA (1)
DNA distance measurements (1)
DNA helicase dynamics (1)
DNA Origami (1)
DNA Polymerase (1)
DNA Repair (1)
DNA repair and replication (1)
DNA wrapping and conformation (1)
Drug discovery (1)
dye labeling strategies for DNA (1)
Dynamics (1)
EI-FLEX Pro (1)
FLEX (1)
Fluorescence cross-correlation spectroscopy (1)
freely diffusing (1)
FRET kinetics (1)
FRET standards and reproducibility (1)
GTP hydrolysis (1)
Hsp90 (1)
Hsp90 dynamics (1)
IN (1)
In-cell labelling (1)
Intasome assembly (1)
Integrase (1)
Kinesin-1 (1)
Microtubules (1)
Molecular biophysics (1)
Motor protein regulation (1)
mTORC1 (1)
mTORC1 signaling (1)
Nucleic Acids (1)
nutrient signaling (1)
Phosphorylation (1)
Polymerase stalling (1)
protein conformation (1)
Protein conformations (1)
protein folding (1)
protein structural dynamics (1)
Protein–protein interactions (1)
Protein–RNA interactions (1)
Proteins (1)
Pseudoknots (1)
Rag GTPase (1)
Replication (1)
Replication Protein A (1)
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →
Precision and accuracy of single-molecule FRET measurements
Discover how the landmark Hellenkamp et al. study set the standard for precise, reproducible single-molecule FRET measurements using DNA rulers.
Read More →