Add to ORKGSingle molecule investigations of DNA looping using the tethered particle method and translocation by acto-myosin using polarized total internal reflection fluorescence microscop
Many proteins that interact with DNA perform or enhance their specific functions by binding simultan...
The tethered particle motion (TPM) technique involves an analysis of the Brownian motion of a bead t...
Tethered particle motion is an experimental technique to monitor conformational changes in single mo...
Single molecule biophysics aims to understand biological processes by studying them at the single mo...
Single molecule biophysics aims to understand biological processes by studying them at the single mo...
Single molecule biophysics aims to understand biological processes by studying them at the single mo...
Tethered particle motion/microscopy (TPM) is a biophysical tool used to analyze changes in the effec...
Tethered particle motion/microscopy (TPM) is a biophysical tool used to analyze changes in the effec...
AbstractTethered particle microscopy is a powerful tool to study the dynamics of DNA molecules and D...
Tethered particle motion is a simple yet powerful technique that allows researchers to study various...
Tethered particle motion is a simple yet powerful technique that allows researchers to study various...
AbstractSingle molecule fluorescence resonance energy transfer (FRET) and fluorescence correlation s...
We have previously introduced tethered fluorophore motion (TFM), a single-molecule fluorescence tech...
AbstractWe have previously introduced tethered fluorophore motion (TFM), a single-molecule fluoresce...
DNA is a complex biopolymer, support for the genetic information of most living organisms on Earth. ...
Many proteins that interact with DNA perform or enhance their specific functions by binding simultan...
The tethered particle motion (TPM) technique involves an analysis of the Brownian motion of a bead t...
Tethered particle motion is an experimental technique to monitor conformational changes in single mo...
Single molecule biophysics aims to understand biological processes by studying them at the single mo...
Single molecule biophysics aims to understand biological processes by studying them at the single mo...
Single molecule biophysics aims to understand biological processes by studying them at the single mo...
Tethered particle motion/microscopy (TPM) is a biophysical tool used to analyze changes in the effec...
Tethered particle motion/microscopy (TPM) is a biophysical tool used to analyze changes in the effec...
AbstractTethered particle microscopy is a powerful tool to study the dynamics of DNA molecules and D...
Tethered particle motion is a simple yet powerful technique that allows researchers to study various...
Tethered particle motion is a simple yet powerful technique that allows researchers to study various...
AbstractSingle molecule fluorescence resonance energy transfer (FRET) and fluorescence correlation s...
We have previously introduced tethered fluorophore motion (TFM), a single-molecule fluorescence tech...
AbstractWe have previously introduced tethered fluorophore motion (TFM), a single-molecule fluoresce...
DNA is a complex biopolymer, support for the genetic information of most living organisms on Earth. ...
Many proteins that interact with DNA perform or enhance their specific functions by binding simultan...
The tethered particle motion (TPM) technique involves an analysis of the Brownian motion of a bead t...
Tethered particle motion is an experimental technique to monitor conformational changes in single mo...