As all alternative to the classical approach of combining strong cation exchange SCX-LC and RP-LC for the separation of complex proteomic samples, this essay describes the online comprehensive RP-LC x RP-LC separation of BSA and human blood serum. High orthogonality and peak capacity are achieved through the application of a significantly different pH in the two dimensions. The coupling of fused-core columns in series ensures high efficiency in the first dimension, while a previously designed interface with parallel second dimension columns further enhances the separation capability of the comprehensive system
Over the years, two-dimensional Liquid Chromatography (2D-LC) has played a key role in the field of ...
A two-dimensional high performance liquid chromatographic separation platform based on strong cation...
The peak-production rate (peak capacity per unit time) in comprehensive off-line two-dimensional liq...
As all alternative to the classical approach of combining strong cation exchange SCX-LC and RP-LC fo...
Selection of a first-dimensional separation method is very important in proteomic studies performed ...
A comprehensive two-dimensional liquid chromatographic system (2D SCX/RP) is constructed with a 10-p...
Multidimensional liquid-based separation techniques are described for maximizing the resolution of t...
Protein phosphorylation regulates a series of important biological processes in eukaryotes. However,...
Previously, we described an online high-/low-pH RP-RP LC system exhibiting high-throughput, automata...
Proteome profiling of crude serum is a challenging task due to the wide dynamic range of protein con...
Proteomics is the systematic study of the proteome: the total protein expression of a cell or tis...
Herein, we describe the development of a fully automatable technology that features online coupling ...
A two-dimensional liquid chromatography is established with ion-exchange chromatography (IEC) follow...
AbstractTryptic digests were analyzed by means of online microbore liquid chromatography combined wi...
Multidimensional peptide fractionation is widely used in proteomics to reduce the complexity of pept...
Over the years, two-dimensional Liquid Chromatography (2D-LC) has played a key role in the field of ...
A two-dimensional high performance liquid chromatographic separation platform based on strong cation...
The peak-production rate (peak capacity per unit time) in comprehensive off-line two-dimensional liq...
As all alternative to the classical approach of combining strong cation exchange SCX-LC and RP-LC fo...
Selection of a first-dimensional separation method is very important in proteomic studies performed ...
A comprehensive two-dimensional liquid chromatographic system (2D SCX/RP) is constructed with a 10-p...
Multidimensional liquid-based separation techniques are described for maximizing the resolution of t...
Protein phosphorylation regulates a series of important biological processes in eukaryotes. However,...
Previously, we described an online high-/low-pH RP-RP LC system exhibiting high-throughput, automata...
Proteome profiling of crude serum is a challenging task due to the wide dynamic range of protein con...
Proteomics is the systematic study of the proteome: the total protein expression of a cell or tis...
Herein, we describe the development of a fully automatable technology that features online coupling ...
A two-dimensional liquid chromatography is established with ion-exchange chromatography (IEC) follow...
AbstractTryptic digests were analyzed by means of online microbore liquid chromatography combined wi...
Multidimensional peptide fractionation is widely used in proteomics to reduce the complexity of pept...
Over the years, two-dimensional Liquid Chromatography (2D-LC) has played a key role in the field of ...
A two-dimensional high performance liquid chromatographic separation platform based on strong cation...
The peak-production rate (peak capacity per unit time) in comprehensive off-line two-dimensional liq...