Covalent labeling of protein with biotin (biotinylation) is a versatile technique which enables the capture and analysis of labeled protein with streptavidin-coated beads. It is particularly useful for detecting and quantifying the cell-surface expression of membrane proteins and widely used to analyze protein trafficking and the effect of mutations (particularly those which render the protein nonfunctional) on cell-surface expression. Here I describe the procedure for biotinylation and capture of cell-surface rat P2X2 receptors expressed in mammalian cells, and outline the steps in data analysis required to measure the proportion of cell-surface expressed protein of single point mutants relative to a wild-type control
<p>S2 cells were transiently transfected with wild-type, F1 or F2 receptors. Cells were biotinylated...
We here report the production of four biotinylated Fc\u3b3 receptor (Fc\u3b3R) ectodomains and their...
Plasma membrane (PM) proteins contribute to the identity of a cell, mediate contact and communicatio...
Covalent labeling of protein with biotin (biotinylation) is a versatile technique which enables the ...
Cell surface trafficking and endocytosis of neurotransmitter receptors are important regulatory mech...
<p>(A) Biotin labeling of the surface of neuronal cultures allows efficient purification of the surf...
This protocol describes a simple and efficient way to label specific cell surface proteins with biop...
Quantitative profiling of cell surface proteins is critically important for the understanding of cel...
AbstractBackground: A key structural issue for all integral membrane proteins is the exposure of ind...
<p>Surface proteins of GFP-MAL2/HOG cells were biotinylated at 4°C using a Sulfo-NHS ester of biotin...
Cell surface proteins are responsible for many critical functions. Systematical profiling of these p...
Cell-cell interactions mediated by cell surface receptor-ligand pairs in the immune system are often...
Here we describe a novel crosslinker and its application as a biotin-transfer reagent to identify ce...
Regulated endocytic trafficking is the central mechanism facilitating a variety of neuromodulatory e...
In chapter 1, we discuss the development of an ubiquitin-based proximity tagger for cell surface int...
<p>S2 cells were transiently transfected with wild-type, F1 or F2 receptors. Cells were biotinylated...
We here report the production of four biotinylated Fc\u3b3 receptor (Fc\u3b3R) ectodomains and their...
Plasma membrane (PM) proteins contribute to the identity of a cell, mediate contact and communicatio...
Covalent labeling of protein with biotin (biotinylation) is a versatile technique which enables the ...
Cell surface trafficking and endocytosis of neurotransmitter receptors are important regulatory mech...
<p>(A) Biotin labeling of the surface of neuronal cultures allows efficient purification of the surf...
This protocol describes a simple and efficient way to label specific cell surface proteins with biop...
Quantitative profiling of cell surface proteins is critically important for the understanding of cel...
AbstractBackground: A key structural issue for all integral membrane proteins is the exposure of ind...
<p>Surface proteins of GFP-MAL2/HOG cells were biotinylated at 4°C using a Sulfo-NHS ester of biotin...
Cell surface proteins are responsible for many critical functions. Systematical profiling of these p...
Cell-cell interactions mediated by cell surface receptor-ligand pairs in the immune system are often...
Here we describe a novel crosslinker and its application as a biotin-transfer reagent to identify ce...
Regulated endocytic trafficking is the central mechanism facilitating a variety of neuromodulatory e...
In chapter 1, we discuss the development of an ubiquitin-based proximity tagger for cell surface int...
<p>S2 cells were transiently transfected with wild-type, F1 or F2 receptors. Cells were biotinylated...
We here report the production of four biotinylated Fc\u3b3 receptor (Fc\u3b3R) ectodomains and their...
Plasma membrane (PM) proteins contribute to the identity of a cell, mediate contact and communicatio...