Organizer: de.NBI

Start: Monday, 11 November 2019 @ 09:00

End: Monday, 11 November 2019 @ 17:00

Venue: Salerno

City: Salerno

County: Salerno

Country: Italy

Description:

Educators:
Oliver Kohlbacher, Julianus Pfeuffer and Timo Sachsenberg (CIBI)

Date:
11.11.2019

Location:
NETTAB/BBCC 2019
Salerno, Italy

Contents:
Computational mass spectrometry provides important tools and bioinformatic solutions for the analysis of proteomics data. Different methods for label-free quantification have been developed in recent years and were successfully applied in a wide range of studies. Non-targeted methods have shown great potential in unbiased discovery studies.
This de.NBI training event introduces key concepts of label-free analysis using workflow-based processing of real-life data sets. We will introduce several open-source software tools for proteomics, primarily focusing on OpenMS (http://www.OpenMS.org/).
In a hands-on session, we will demonstrate how to combine these tools into complex data analysis workflows including visualization of the results. Participants will have the opportunity to bring their own data and design custom analysis workflows together with instructors.
For participants interested in developing their own algorithms and methods within the OpenMS framework, we provide a brief introduction to pyOpenMS – the python interface to the OpenMS development library.
Training material and handouts will be prepared for both users that want to design proteomic workflows, as well as training material for algorithm and tool developers.
The participants should bring their own laptop computers. Installer versions of required software will be made available. Bringing own data is possible, but not necessary.

Software Requirements:
The participants should bring their own laptop computers. Installer versions of required software will be made available.

Keywords:
LC-MS based proteomics, OpenMS, workflows, KNIME, data analysis

Tools:
OpenMS/OpenSWATH, KNIME

Event type:
  • Meetings and conferences
Label-free quantification with OpenMS - NETTAB/BBCC https://tess.elixir-europe.org/events/label-free-quantification-with-openms-nettab-bbcc Educators: Oliver Kohlbacher, Julianus Pfeuffer and Timo Sachsenberg (CIBI) Date: 11.11.2019 Location: NETTAB/BBCC 2019 Salerno, Italy Contents: Computational mass spectrometry provides important tools and bioinformatic solutions for the analysis of proteomics data. Different methods for label-free quantification have been developed in recent years and were successfully applied in a wide range of studies. Non-targeted methods have shown great potential in unbiased discovery studies. This de.NBI training event introduces key concepts of label-free analysis using workflow-based processing of real-life data sets. We will introduce several open-source software tools for proteomics, primarily focusing on OpenMS (http://www.OpenMS.org/). In a hands-on session, we will demonstrate how to combine these tools into complex data analysis workflows including visualization of the results. Participants will have the opportunity to bring their own data and design custom analysis workflows together with instructors. For participants interested in developing their own algorithms and methods within the OpenMS framework, we provide a brief introduction to pyOpenMS – the python interface to the OpenMS development library. Training material and handouts will be prepared for both users that want to design proteomic workflows, as well as training material for algorithm and tool developers. The participants should bring their own laptop computers. Installer versions of required software will be made available. Bringing own data is possible, but not necessary. Software Requirements: The participants should bring their own laptop computers. Installer versions of required software will be made available. Keywords: LC-MS based proteomics, OpenMS, workflows, KNIME, data analysis Tools: OpenMS/OpenSWATH, KNIME 2019-11-11 09:00:00 UTC 2019-11-11 17:00:00 UTC de.NBI Salerno, Salerno, Italy Salerno Salerno Salerno Italy [] [] [] meetings_and_conferences [] []