The high complexity of the total cellular proteome underscores the need for a more targeted investigation of particular subcellular fractions as a means to detect the changes at the level of low abundance proteins. However, this approach requires the application of an enrichment strategy. In this chapter, we present the protocols, which have been used for the analysis of secretome from cell lines, targeting the investigation of protein expression changes
Abstract Novel modalities such as PROTAC and RNAi have the ability to inadvertently alter the abunda...
Protein secretion allows communication of distant cells in an organism and controls a broad range of...
In the tumor ecosystem, we recognize local and distant environments, and the circulation through whi...
The high complexity of the total cellular proteome underscores the need for a more targeted investig...
Most biological processes including growth, proliferation, differentiation, and apoptosis are coordi...
The discovery of secreted factors from cells has been a major focus of proteomic analysis for a numb...
In this review, we give an overview of the actual proteomic approaches used in the study of cancer c...
Regulated secretory organelles are important subcellular structures of living cells that allow the r...
Advances in instrumentation and data analysis software have allowed mass spectrometry to become perh...
Secreted proteins such as cytokines, interleukins, growth factors, and hormones have pleiotropic fun...
International audienceThe analysis of secreted proteins represents a challenge for current proteomic...
Secreted proteins play key roles during cellular communication, proliferation, and migration. The co...
Quantitative secretome analyses are a high-performance tool for the discovery of physiological and p...
Knowledge regarding compositions of proteomes at the proteoform level enhances insights into cellula...
AbstractThe information from genome sequencing provides new approaches for systems-wide understandin...
Abstract Novel modalities such as PROTAC and RNAi have the ability to inadvertently alter the abunda...
Protein secretion allows communication of distant cells in an organism and controls a broad range of...
In the tumor ecosystem, we recognize local and distant environments, and the circulation through whi...
The high complexity of the total cellular proteome underscores the need for a more targeted investig...
Most biological processes including growth, proliferation, differentiation, and apoptosis are coordi...
The discovery of secreted factors from cells has been a major focus of proteomic analysis for a numb...
In this review, we give an overview of the actual proteomic approaches used in the study of cancer c...
Regulated secretory organelles are important subcellular structures of living cells that allow the r...
Advances in instrumentation and data analysis software have allowed mass spectrometry to become perh...
Secreted proteins such as cytokines, interleukins, growth factors, and hormones have pleiotropic fun...
International audienceThe analysis of secreted proteins represents a challenge for current proteomic...
Secreted proteins play key roles during cellular communication, proliferation, and migration. The co...
Quantitative secretome analyses are a high-performance tool for the discovery of physiological and p...
Knowledge regarding compositions of proteomes at the proteoform level enhances insights into cellula...
AbstractThe information from genome sequencing provides new approaches for systems-wide understandin...
Abstract Novel modalities such as PROTAC and RNAi have the ability to inadvertently alter the abunda...
Protein secretion allows communication of distant cells in an organism and controls a broad range of...
In the tumor ecosystem, we recognize local and distant environments, and the circulation through whi...