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๐ฉ๐ช Heidelberg ยท ๐งฌ Biotech
Computational biology, health tech. 29 upcoming in Heidelberg โ next in November 2026.
Application is not yet open for this event. If you are interested in receiving more information, please register your interest.
Metastasis research is a nexus for several of the most exciting areas and technical developments of current cancer biology and translational molecular medicine. High-resolution intravital imaging, single-cell sequencing, and integrated genomics approaches, innovative tissue modelling and co-culture systems for disease screening and patient stratification all have enormous implications for our basi
The last decade has witnessed a profound transformation in molecular biology, fueled by revolutionary technologies enhancing our ability to systematically and quantitatively measure molecules and cells. The use of genomics, proteomics, and imaging have become routine, generating vast amounts of high-resolution data characterizing biological systems across multiple scales. This technological leap p
The aim of the course is to train microscopy users in different super-resolution microscopy methods: Stimulated Emission Depletion (STED) and MINFLUX nanoscopy. Both techniques overcome the diffraction limit of light with the help of a donut-shaped laser beam, thereby achieving resolutions that are impossible with conventional light microscopy.
The 28th EMBL PhD Symposium: Shifting gears: automation, AI, and high-throughput methodologies. December 2โ4, 2026 at EMBL Heidelberg.
The course is designed to equip participants with both practical and hands-on skills in Correlative Light and Electron Microscopy (CLEM) in both room temperature and cryogenic conditions and provide a solid theoretical foundation. These advanced imaging modalities enable researchers to precisely locate structures of interest unambiguously within cellular ultrastructures. Such techniques were refin
This hands-on course delivers state-of-the-art training in the preparation and characterisation of extracellular vesicles (EVs) from biofluids and tissues. It covers the possibilities and limitations of the most widely used methodologies, enabling participants to select the approaches best suited to their research questions.
Proteomic technologies are advancing rapidly, creating new opportunities to address pressing questions across diverse areas of biological research. Mass spectrometry is now widely accessible through core facilities and collaborative networks. However, analysis and interpretation of proteomic data remains a challenge, requiring dedicated strategies for the proper handling of large data sets.
This practical course provides PhD students and postdoctoral researchers with theoretical and hands-on training in the setup and characterisation of 3D cell and tissue culture models, from disease modelling to functional precision medicine.
This conference will take place at EMBL Heidelberg, with the option to attend virtually and is organised by EMBL with the support of the King Abdullah University of Science and Technology, Saudi Arabia.
This course provides a comprehensive overview of current metagenomic approaches for studying microbial communities, integrating experimental and computational methodologies within a single training framework. It covers the complete workflow, from environmental sampling and DNA extraction from diverse matrices (soil and water) to advanced sequencing and in silico data analysis.
Applications for this event are not open yet. If you are interested in receiving more information, please register your interest.
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