Chip-seq data analysis: from quality check to motif discovery and more - April 2016
Section outline
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Chip-seq data analysis: from quality check to motif discovery and more - An introduction to the tools and databases of the EPD team
Lausanne, 4-8 April 2016
This page is addressed to registered participants. To access course description and application form, please click here.
For any assistance, please contact training@sib.swiss
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Teachers
GA Giovanna Ambrosini (EPD/EPFL/SIB)
PB Philipp Bucher (EPD/EPFL/SIB)
RD René Dreos (EPD/EPFL/SIB
RG Romain Groux (EPD/EPFL/SIB)
SK Sunil Kumar (EPD/EPFL/SIB)List of papers for students
Doodle to validate your paper's choice
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Principles of ChIP-seq data analysis explained by a guided tour through the ChIP-seq and SSA server environment (GA)
Practicals: Start going through the Basic ChIP-Seq and SSA Tutorial posted here.
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More about DNA motifs and position weight matrices. Introduction to the PWM tools (PB, GA)
Practicals: Continue with the Basic ChIP-Seq and SSA Tutorial. If time permits, continue with ChIP-Seq Motif Tutorial which will be posted here.
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ChIP-Seq server – the nitty-gritty details: data representation, file formats, algorithms, parameter fine-tuning, interoperability with other servers (PB, GA)
Practicals: ChIP-Seq Motif Tutorial part 1 to 4. Finish Basic Tutorial if you have not yet done so. Both Tutorials are posted here.
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The Eukaryotic Promoter Database EPD: Design principles, source data, data files, web interfaces and integration with other tools. (RD)
The practical for this session can be found here
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Working with public data: Organization and contents of the Mass Genome Annotation (MGA) data repository, introduction to genomic context analysis (RD, PB)
Practicals: Go through parts 1and 2 of the ChIP-Seq, SSA and PWMTools Advanced tutorial. A preliminary version of the tutorial can be found here.
If you plan to work with your own data in the future, you may also do the uploading exercise posted here.
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Data heterogeneity: Introduction to probabilistic partitioning and applications to ChIP-Seq data analysis data (SK, RG)
Practical exercises for the session can be found here.
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Selected case studies in epigenomics using NGS-based and how to reproduce the corresponding results from these studies. Practical exercises for this session can be found here. (PB, GA, RD, RG, SK)
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Paper presentations by course participants.
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Paper presentations by course participants