The analysis of the synthesis of proteins has been the subject of many studies in animals and humans. Plasma proteins can be used as an easy accessible source of specific proteins. In this paper, an innovative method to study the synthetic rate of plasma proteins is described. This methodology, based on the proteomics approach, enables the direct observation of the effects of posttranslational modifications of protein synthesis and/or degradation. The methodology is based on 1D or 2D electrophoresis and subsequent electrospray ionization liquid chromatography mass spectrometry (ESI-LC-MS). Protein synthesis is measured in isotopically labeled peptides of the identified proteins. This innovative method can be used to assess amino acid adequa...
The identification of novel biomarkers from human plasma remains a critical need in order to develop...
Multiple reaction monitoring is a mass spectrometry technology used to selectively identify and quan...
We have developed a strategy to characterize protein isoforms, resulting from single-point mutations...
The analysis of the synthesis of proteins has been the subject of many studies in animals and humans...
International audienceAdvances in quantitative proteomics have facilitated the measurement of large-...
vances in quantitative proteomics have facilitated the measurement of large-scale protein quantifica...
Human blood plasma is a useful source of proteins associated with both health and disease. Analysis ...
Two-dimensional gel electrophoresis of protein fractions isolated from 35S-radiolabeled cells provid...
The field of proteomics seeks to address a grand problem in biology where large-scale determination ...
The proteomic analysis of human blood and blood-derived products (e.g., plasma) offers an attractive...
The plasma proteome offers a wealth of opportunity to develop protein-based assays for diagnostic, p...
There are multiple challenges in biomarker discovery. This thesis will discuss various ways in which...
Abstract Introduction In proteomics a paradox situation developed in the last years. At one side it ...
Human plasma is regarded the most complex and well-known clinical specimen that can be easily obtain...
Peptide-based mass spectrometry approaches, such as multiple reaction monitoring, provide a powerful...
The identification of novel biomarkers from human plasma remains a critical need in order to develop...
Multiple reaction monitoring is a mass spectrometry technology used to selectively identify and quan...
We have developed a strategy to characterize protein isoforms, resulting from single-point mutations...
The analysis of the synthesis of proteins has been the subject of many studies in animals and humans...
International audienceAdvances in quantitative proteomics have facilitated the measurement of large-...
vances in quantitative proteomics have facilitated the measurement of large-scale protein quantifica...
Human blood plasma is a useful source of proteins associated with both health and disease. Analysis ...
Two-dimensional gel electrophoresis of protein fractions isolated from 35S-radiolabeled cells provid...
The field of proteomics seeks to address a grand problem in biology where large-scale determination ...
The proteomic analysis of human blood and blood-derived products (e.g., plasma) offers an attractive...
The plasma proteome offers a wealth of opportunity to develop protein-based assays for diagnostic, p...
There are multiple challenges in biomarker discovery. This thesis will discuss various ways in which...
Abstract Introduction In proteomics a paradox situation developed in the last years. At one side it ...
Human plasma is regarded the most complex and well-known clinical specimen that can be easily obtain...
Peptide-based mass spectrometry approaches, such as multiple reaction monitoring, provide a powerful...
The identification of novel biomarkers from human plasma remains a critical need in order to develop...
Multiple reaction monitoring is a mass spectrometry technology used to selectively identify and quan...
We have developed a strategy to characterize protein isoforms, resulting from single-point mutations...