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The CRG Introductory PhD course offers students a comprehensive overview of the Centre for Genomic Regulation (CRG) and its major research areas, including Genome Biology, Synthetic and Systems Biology, Computational Biology & Health Genomics, and Quantitative Cell Biology. The course features lectures designed to convey general principles rather than highly specialized information, often utilizing examples of research accomplishments by CRG groups to illustrate various approaches and the broader implications of their results. Additionally, students will acquire transferable skills essential for their academic and professional development. The course also covers important topics such as research ethics, best practices for scientific publications, and effective communication of research findings.

If you are interested in producing high-quality microscopy images and obtaining reliable analysis results, this workshop may be of interest to you. Topics covered will include diffraction, acquisition pitfalls, spherical aberration, photon noise, Point Spread Function, Nyquist-Shannon Sampling Rate, Image Quality Control, crosstalk, (colocalization) analysis, and deconvolution. In addition, the Huygens Software will be demo-ed. This course is valid from March 2025 til March 2026

The CRG Introductory PhD course offers students a comprehensive overview of the Centre for Genomic Regulation (CRG) and its major research areas, including Genome Biology, Synthetic and Systems Biology, Computational Biology & Health Genomics, and Quantitative Cell Biology. The course features lectures designed to convey general principles rather than highly specialized information, often utilizing examples of research accomplishments by CRG groups to illustrate various approaches and the broader implications of their results. Additionally, students will acquire transferable skills essential for their academic and professional development. The course also covers important topics such as research ethics, best practices for scientific publications, and effective communication of research findings.

The CRG PhD course provides students with an overview of CRG and the major research topics in Genome Biology, Synthetic and Systems Biology, Computational Biology &Health Genomics, and Quantitative Cell Biology. The course includes lectures that provide general principles rather than highly specialized information and may use examples of research accomplishments by CRG groups to help illustrate the approaches and implications of the results.

The CRG PhD course provides students with an overview of CRG and the major research topics in Gene Regulation, Cell and Systems Biology, and Bioinformatics programmes. The course includes lectures that provide general principles rather than highly specialized information, and may use examples of research accomplishments by CRG groups to help illustrate the approaches and implications of the results.

The CRG PhD course provides students with an overview of CRG and the major research topics in Gene Regulation, Cell and Systems Biology, and Bioinformatics programmes. The course includes lectures that provide general principles rather than highly specialized information, and may use examples of research accomplishments by CRG groups to help illustrate the approaches and implications of the results.

The CRG PhD course provides students with an overview of CRG and the major research topics in Gene Regulation, Cell and Systems Biology, and Bioinformatics programmes. The course includes lectures that provide general principles rather than highly specialized information, and may use examples of research accomplishments by CRG groups to help illustrate the approaches and implications of the results.

This course will focus on the preparation of next generation sequencing libraries for sequencing on the Illumina platform. The course will include a theoretical part about sequencing technologies and a practical part scheduled in two modules to be chosen: ChIP seq library preparation (NEBNext) and mRNA seq stranded library preparation (Illumina). The course will be taught by experienced instructors from the core facility who use these protocols on a daily basis. The course will consist of a common theoretical part and two separate modules (mRNA seq and ChIP seq) which could be taken independently.

 A solution of Electronic Lab Notebook has been implemented in the CRG in order to replace the paper lab notebook and offer a new solution that improve the experimental data storage and boost the scientific collaborations and data exchange. The solution of ELN is based on Microsoft OneNote and OneDrive for Business / SharePoint. 3 levels of support are available in the CRG: - The ELN Group Master: located in every group, they are supposed to be the first level of support for all the scientists- The ELN Master: they are the second level of support and the main interface between the ELN Group Masters and the IT department- The IT department: they are providing the technical support to the ELN Master and are taking care of the maintenance of the ELN platform