Abstract. The protein inference problem represents a major challenge in shotgun proteomics. Here we describe a novel Bayesian approach to address this challenge that incorporates the predicted peptide detectabil-ities as the prior probabilities of peptide identification. Our model re-moves some unrealistic assumptions used in previous approaches and provides a rigorious probabilistic solution to this problem. We used a complex synthetic protein mixture to test our method, and obtained promising results.
The shotgun proteomics strategy, based on digesting proteins into peptides and sequencing them using...
<p>In proteomics, identification of proteins from complex mixtures of proteins extracted from biolog...
International audienceThis paper addresses the question of biomarker discovery in proteomics. Given ...
The protein inference problem represents a major challenge in shotgun proteomics. In this article, ...
The protein inference problem represents a major challenge in shotgun proteomics. In this article, w...
A major challenge in shotgun proteomics has been the assignment of identified peptides to the protei...
A major challenge in shotgun proteomics has been the assignment of identified peptides to the protei...
Abstract Shotgun proteomics has recently emerged as a powerful approach to characterizing proteomes ...
In a shotgun proteomics experiment, proteins are the most biologically meaningful output. The succes...
We present a generic Bayesian framework for the pep-tide and protein identification in proteomics, a...
The problem of identifying proteins from a shotgun proteomics experiment has not been definitively s...
This work is dedicated to the problems of protein inference and quantification in bottom-up proteomi...
Assembling peptides identified from tandemmass spectra into a list of proteins, referred to as prote...
Discovery or shotgun proteomics has emerged as the most powerful technique to comprehensively map ou...
The goal of many shotgun proteomics experiments is to determine the protein complement of a complex ...
The shotgun proteomics strategy, based on digesting proteins into peptides and sequencing them using...
<p>In proteomics, identification of proteins from complex mixtures of proteins extracted from biolog...
International audienceThis paper addresses the question of biomarker discovery in proteomics. Given ...
The protein inference problem represents a major challenge in shotgun proteomics. In this article, ...
The protein inference problem represents a major challenge in shotgun proteomics. In this article, w...
A major challenge in shotgun proteomics has been the assignment of identified peptides to the protei...
A major challenge in shotgun proteomics has been the assignment of identified peptides to the protei...
Abstract Shotgun proteomics has recently emerged as a powerful approach to characterizing proteomes ...
In a shotgun proteomics experiment, proteins are the most biologically meaningful output. The succes...
We present a generic Bayesian framework for the pep-tide and protein identification in proteomics, a...
The problem of identifying proteins from a shotgun proteomics experiment has not been definitively s...
This work is dedicated to the problems of protein inference and quantification in bottom-up proteomi...
Assembling peptides identified from tandemmass spectra into a list of proteins, referred to as prote...
Discovery or shotgun proteomics has emerged as the most powerful technique to comprehensively map ou...
The goal of many shotgun proteomics experiments is to determine the protein complement of a complex ...
The shotgun proteomics strategy, based on digesting proteins into peptides and sequencing them using...
<p>In proteomics, identification of proteins from complex mixtures of proteins extracted from biolog...
International audienceThis paper addresses the question of biomarker discovery in proteomics. Given ...