Shotgun proteomics is a rapid and near universal strategy to identify proteins in complex protein mixtures. After protein digestion, the resulting peptide mixture is submitted to two orthogonal techniques: peptides are first separated according to their isoelectric point (pI) by isoelectric focusing (IEF) on immobilized pH gradient (IPG); after peptide extraction, they are then separated in the second dimension according to their hydrophobic properties by reverse phase liquid chromatography (RPLC). Finally, they are detected by tandem mass spectrometry (MS/MS) and proteins are matched by means of bioinformatics software
Identifying proteins in cell extracts by shotgun proteomics involves digesting the proteins, sequenc...
Protein profiling enables the qualitative characterization of a proteome of interest. Phosphorylatio...
The use of isoelectric focusing as first dimension of separation is a new trend in shotgun proteomic...
Shotgun proteomics originated as a strategy to identify proteins in complex protein mixtures, but it...
In shotgun proteomics, protein mixtures are proteolytically digested before tandem mass spectrometry...
Imaging Mass Spectrometry (IMS) has emerged as a powerful technique in the field of proteomics. The ...
Abstract. Coupling large-scale sequencing projects with the amino acid sequence information that can...
Proteomics is the systematic analysis of proteins and their expression patterns in biological syst...
Proteins play an overwhelmingly dominant role in living organisms as the work-horses of cells. The t...
Shotgun proteomics is a bottom-up approach use for the identification and quantification of proteins...
To increase sensitivity and analytical depth in shotgun proteomics, prefractionation of complex samp...
First paragraph: Mass spectrometry (MS)-based approaches are used increasingly to address diverse qu...
<p>(A) Schematic of a typical shotgun proteomics experiment. The three steps—(1) cleaving proteins i...
In proteomic analysis of complex samples at the peptide level (termed shotgun proteomics), an effect...
Membrane protein analyses have been notoriously difficult due to hydrophobicity and the general low ...
Identifying proteins in cell extracts by shotgun proteomics involves digesting the proteins, sequenc...
Protein profiling enables the qualitative characterization of a proteome of interest. Phosphorylatio...
The use of isoelectric focusing as first dimension of separation is a new trend in shotgun proteomic...
Shotgun proteomics originated as a strategy to identify proteins in complex protein mixtures, but it...
In shotgun proteomics, protein mixtures are proteolytically digested before tandem mass spectrometry...
Imaging Mass Spectrometry (IMS) has emerged as a powerful technique in the field of proteomics. The ...
Abstract. Coupling large-scale sequencing projects with the amino acid sequence information that can...
Proteomics is the systematic analysis of proteins and their expression patterns in biological syst...
Proteins play an overwhelmingly dominant role in living organisms as the work-horses of cells. The t...
Shotgun proteomics is a bottom-up approach use for the identification and quantification of proteins...
To increase sensitivity and analytical depth in shotgun proteomics, prefractionation of complex samp...
First paragraph: Mass spectrometry (MS)-based approaches are used increasingly to address diverse qu...
<p>(A) Schematic of a typical shotgun proteomics experiment. The three steps—(1) cleaving proteins i...
In proteomic analysis of complex samples at the peptide level (termed shotgun proteomics), an effect...
Membrane protein analyses have been notoriously difficult due to hydrophobicity and the general low ...
Identifying proteins in cell extracts by shotgun proteomics involves digesting the proteins, sequenc...
Protein profiling enables the qualitative characterization of a proteome of interest. Phosphorylatio...
The use of isoelectric focusing as first dimension of separation is a new trend in shotgun proteomic...