Proteome treatments with peptide libraries in view of reducing high‐abundance proteins and
increasing the concentration of rare species involve the adsorption on solid‐phase material …

Recent developments in the technique of combinatorial peptide ligand libraries, for
enhancing the visibility of the low-abundance proteome, are reviewed here. Novel en bloc …

In this review, we report the evolution on experimental conditions for the analysis of normal
urine based on combinatorial peptide ligand library (CPLL) treatment and successive 2‐DE …

A new method is here reported for facile elution of the human urinary proteome after being
captured with combinatorial peptide ligand libraries (CPLL, ProteoMiner). It consists in …

It is of common and widespread knowledge that proteomes are populated by not only a very
large number of proteins but more importantly by a few highly concentrated proteins and a …

The present review deals with the use of combinatorial ligand libraries, composed by
hexapeptides, in the capture and concentration of the low‐abundance proteome. This …

The latest advances in combinatorial peptide ligand libraries, with their unique performance
in discovering low-abundance species in proteomes, are reviewed here. Explanations of …

The enrichment of targeted low-abundance proteins is possible by affinity adsorption using
selected sorbents. Different categories of very dilute proteins are present in most of …

When capturing proteins via combinatorial peptide ligand libraries, a method well known for
drastically reducing the concentration of high-abundance proteins and substantially …

Low-abundance protein detection in biological samples is one of the main challenges in
proteomics investigations. One approach that makes the detection of rare species possible …