We studied the emission of mutants of the red fluorescent protein DsRed by room temperature single molecule fluorescence spectroscopy. Bulk samples of the DsRed variant E8 show mixed green and red fluorescence of equivalent intensities individually spectrally similar to arrested green and mature red fluorescent forms of DsRed. Investigations at the single molecule level indicate that, like DsRed, E8 is not monomeric at single molecule concentrations. The entities visualized are composed of green and red emitting proteins without a fixed ratio of green to red fluorescing units. We find indications for only weak, if any, fluorescence resonance energy transfer (FRET) between red and green chromophores within one E8 entity. (C) 2002 Elsevier Sc...
Since the discovery of the technique in the early 1990s, single molecule spectroscopy has been used ...
It is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequorea green...
It is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequorea green...
We studied the emission of mutants of the red fluorescent protein DsRed by room temperature single m...
Recent studies on the newly cloned red fluorescence protein DsRed from the Discosoma genus have sho...
DsRed, a tetrameric fluorescent protein cloned from the Discosoma genus of coral, has shown promise ...
The red fluorescent protein from DsRed from Discosoma reef coral exhibits complex photophysics. One ...
We use spectrally-resolved room temperature single molecule spectroscopy to yield insights into the ...
AbstractThe tetrameric red fluorescent protein, DsRed, undergoes a rapid red to green color change e...
AbstractGreen fluorescent protein (GFP) from jellyfish Aequorea victoria, the powerful genetically e...
DsRed is representative of the tetrameric reef coral fluorescent proteins that constitute particular...
Fluorescent proteins are important tools in biotechnology applications and biosensing. DsRed, a red ...
The coral red fluorescent protein (DsRed) absorbs and emits light at much higher wavelengths than th...
AbstractIt is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequor...
AbstractThe coral red fluorescent protein (DsRed) absorbs and emits light at much higher wavelengths...
Since the discovery of the technique in the early 1990s, single molecule spectroscopy has been used ...
It is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequorea green...
It is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequorea green...
We studied the emission of mutants of the red fluorescent protein DsRed by room temperature single m...
Recent studies on the newly cloned red fluorescence protein DsRed from the Discosoma genus have sho...
DsRed, a tetrameric fluorescent protein cloned from the Discosoma genus of coral, has shown promise ...
The red fluorescent protein from DsRed from Discosoma reef coral exhibits complex photophysics. One ...
We use spectrally-resolved room temperature single molecule spectroscopy to yield insights into the ...
AbstractThe tetrameric red fluorescent protein, DsRed, undergoes a rapid red to green color change e...
AbstractGreen fluorescent protein (GFP) from jellyfish Aequorea victoria, the powerful genetically e...
DsRed is representative of the tetrameric reef coral fluorescent proteins that constitute particular...
Fluorescent proteins are important tools in biotechnology applications and biosensing. DsRed, a red ...
The coral red fluorescent protein (DsRed) absorbs and emits light at much higher wavelengths than th...
AbstractIt is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequor...
AbstractThe coral red fluorescent protein (DsRed) absorbs and emits light at much higher wavelengths...
Since the discovery of the technique in the early 1990s, single molecule spectroscopy has been used ...
It is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequorea green...
It is known from ensemble spectroscopy at cryogenic temperatures that variants of the Aequorea green...