Dynamics of a GPCR studied with single-molecule microscopy Keijzer, Sandra de

By observing at the single-molecule level assembly steps of the IFI16 inflam- matory complex on DNA, as well as of the replicative DnaB helicase within the replisomal complex, we

Assembly dynamics of supramolecular protein-DNA complexes studied by single- molecule fluorescence microscopy..

Wanneer cAMP aan de receptor bindt, wordt het G-eiwit geactiveerd en ontkoppeld van de receptor. De link is nu weg en de receptor wordt mobiel en kan andere G-eiwitten tegenkomen om

Rode fluorescente eiwitten gecombineerd met groene fluorescente eiwitten zijn aantrekkelijke markers voor het dubbel fluorescent labelen van eiwitten in

To confirm that receptors were internalized upon persistent stimulation, an independent method established by others was used. Subsequently the fixed cells were

Whether the difference in mobility between the anterior and the posterior of gradient- sensing polarized Dictyostelium cells was caused by a conformational change of the

We have shown in earlier studies on mammalian cells that the existence of domains in the plasma membrane can be revealed by single-molecule microscopy studies of the diffusion

MAPK mitogen-activated protein kinase MIHCK myosin I heavy chain kinase mRFP monomeric red fluorescent protein MSD mean square displacement MW moleculair weight. PAK