Protein-ligand or protein-protein interaction regulates various biological processes. Because these interactions are often mediated by noncovalent bond, the detection of the complexes should be carried out under the conditions where the complexes remain intact. Gel filtration chromatography has been historically used for the analysis of such complexes. However, this method has some drawbacks: a low throughput, dilution effects and requiring the large volumes of buffer and relatively large amounts of specimens. Blue native polyacrylamide gel electrophoresis (BN-PAGE) is an alternative way to analyze macromolecular complexes. It is relatively high throughput and ideal for the downstream experiments, such as multi-dimensional electrophoresis, ...
Intact protein complexes can be separated by apparent molecular mass using a standard polyacrylarnid...
Identification and characterization of multi-protein complexes is an important step toward an integr...
Blue-native polyacrylamide gel electrophoresis (BN-PAGE) is a technique optimized for the analysis o...
<p>Protein-ligand or protein-protein interaction regulates various biological processes. Because the...
Multiprotein complexes play crucial roles in nearly all cell biological processes. Blue Native Polya...
The biogenesis and maintenance of mitochondria relies on a sizable number of proteins. Many of these...
Multiprotein complexes (MPCs) play crucial roles in cell signaling. Two kinds of MPCs can be disting...
Detection and analysis of protein–protein interactions in organellar and prokaryotic proteomes by na...
Multiprotein complexes (MPCs) play crucial roles in cell signaling. Two kinds of MPCs can be disting...
Blue native PAGE (BN-PAGE) is a powerful method to separate protein complexes while preserving their...
Multiprotein complexes (MPCs) play a crucial role in cell signalling, since most proteins can be fou...
Blue native polyacrylamide gel electrophoresis (BN-PAGE) employs the dye Coomassie for the labeling ...
Most proteins act in association with others; hence, it is crucial to characterize these functional ...
The large-scale analysis of protein complexes is an emerging challenge in the field of proteomics. C...
Intact protein complexes can be separated by apparent molecular mass using a standard polyacrylarnid...
Identification and characterization of multi-protein complexes is an important step toward an integr...
Blue-native polyacrylamide gel electrophoresis (BN-PAGE) is a technique optimized for the analysis o...
<p>Protein-ligand or protein-protein interaction regulates various biological processes. Because the...
Multiprotein complexes play crucial roles in nearly all cell biological processes. Blue Native Polya...
The biogenesis and maintenance of mitochondria relies on a sizable number of proteins. Many of these...
Multiprotein complexes (MPCs) play crucial roles in cell signaling. Two kinds of MPCs can be disting...
Detection and analysis of protein–protein interactions in organellar and prokaryotic proteomes by na...
Multiprotein complexes (MPCs) play crucial roles in cell signaling. Two kinds of MPCs can be disting...
Blue native PAGE (BN-PAGE) is a powerful method to separate protein complexes while preserving their...
Multiprotein complexes (MPCs) play a crucial role in cell signalling, since most proteins can be fou...
Blue native polyacrylamide gel electrophoresis (BN-PAGE) employs the dye Coomassie for the labeling ...
Most proteins act in association with others; hence, it is crucial to characterize these functional ...
The large-scale analysis of protein complexes is an emerging challenge in the field of proteomics. C...
Intact protein complexes can be separated by apparent molecular mass using a standard polyacrylarnid...
Identification and characterization of multi-protein complexes is an important step toward an integr...
Blue-native polyacrylamide gel electrophoresis (BN-PAGE) is a technique optimized for the analysis o...