Course Description

Mass spectrometry based proteomic experiments generate ever larger datasets and, as a consequence, complex data interpretation challenges. In this course, the concepts and methods required to tackle these challenges will be introduced, covering peptide and protein identification, quantification, and differential analysis. Moreover, more advanced experimental designs and blocking will also be introduced. The core focus will be on shotgun proteomics data, and quantification using label-free precursor peptide (MS1) ion intensities. The course will rely exclusively on free and user-friendly software, all of which can be directly applied in your lab upon returning from the course. You will also learn how to submit data to PRIDE/ProteomeXchange, which is a common requirement for publication in the field, and how to browse and reprocess publicly available data from online repositories. The course will thus provide a solid basis for beginners, but will also bring new perspectives to those already familiar with standard data interpretation procedures in proteomics. Note: This is a highly interactive course. It requires that the participants interact with each other and with the course instructors, in order to reach the learning outcomes in full.

Target Audience

This course is oriented towards biologists and bioinformaticians with at least an intermediate level of experience working with omics data. The course will be of particular interest to researchers assessing differential analysis for quantitative proteomics.

Course Documentation

All the datasets used for this training course is available throughout the documentation.

1. Bioinformatics for Proteomics

2. Statistical Data Analysis for Proteomics

2.0. Statistical Software and Data
2.1. Identification
2.2. Statistical Data Analysis of Label Free Quantitative Proteomics Experiments with Simple Designs
2.3. Statistical Analysis of Label Free Quantitative Proteomics Experiments with Factorial Designs

Course Pre-requisites


The source for this course webpage is on github.

Creative Commons License
PDA19 by GTPB is licensed under a Creative Commons Attribution 4.0 International License.