AbstractGenetically encoded fluorescent labels, such as green fluorescent protein, make it possible to visualize a protein's natural distribution and environment in living cells. A new approach to protein labeling in living cells has been devised in which a small, membrane-permeable ligand binds with high affinity and specificity to a short peptide motif that can be incorporated into the protein of interest; the ligand becomes brightly fluorescent after binding to the peptide
The development of molecular probes to visualize cellular processes is an important challenge in che...
The discovery of green fluorescent protein (GFP) as a naturally fluorescing protein and its subseque...
The recent emergence of an autofluorescent protein, the green fluorescent protein (GFP), has opened ...
AbstractGenetically encoded fluorescent labels, such as green fluorescent protein, make it possible ...
A cell’s biochemistry is now known to be the biochem-istry of molecular machines, that is, protein c...
Background In the high-resolution microscopy era, genetic code expansion (GCE)-based bioorthogonal ...
Twenty-five years ago, GFP revolutionized the field of cell biology by enabling scientists to visua...
To visualize specific proteins in living cells, cell biologists have fused the green fluorescent pro...
The ability to visualize, track, and quantify molecules and events in living cells with high spatial...
The ability to visualize, track, and quantify molecules and events in living cells with high spatial...
Understanding the dynamic roles that proteins play in cell biology requires tools to selectively lab...
Proteins are the workhorses of the cell, playing crucial roles in virtually every biological process...
The fluorescent tagging of proteins in the natural environment of the cell is an emerging technique ...
Over the past years, fluorescent proteins (e.g., green fluorescent proteins) have been widely utiliz...
Characterization of the chemical environment, movement, trafficking and interactions of proteins in ...
The development of molecular probes to visualize cellular processes is an important challenge in che...
The discovery of green fluorescent protein (GFP) as a naturally fluorescing protein and its subseque...
The recent emergence of an autofluorescent protein, the green fluorescent protein (GFP), has opened ...
AbstractGenetically encoded fluorescent labels, such as green fluorescent protein, make it possible ...
A cell’s biochemistry is now known to be the biochem-istry of molecular machines, that is, protein c...
Background In the high-resolution microscopy era, genetic code expansion (GCE)-based bioorthogonal ...
Twenty-five years ago, GFP revolutionized the field of cell biology by enabling scientists to visua...
To visualize specific proteins in living cells, cell biologists have fused the green fluorescent pro...
The ability to visualize, track, and quantify molecules and events in living cells with high spatial...
The ability to visualize, track, and quantify molecules and events in living cells with high spatial...
Understanding the dynamic roles that proteins play in cell biology requires tools to selectively lab...
Proteins are the workhorses of the cell, playing crucial roles in virtually every biological process...
The fluorescent tagging of proteins in the natural environment of the cell is an emerging technique ...
Over the past years, fluorescent proteins (e.g., green fluorescent proteins) have been widely utiliz...
Characterization of the chemical environment, movement, trafficking and interactions of proteins in ...
The development of molecular probes to visualize cellular processes is an important challenge in che...
The discovery of green fluorescent protein (GFP) as a naturally fluorescing protein and its subseque...
The recent emergence of an autofluorescent protein, the green fluorescent protein (GFP), has opened ...