This course aims to provide an integrated perspective on synaptic vesicle dynamics, bringing together experts at the forefront of closely related and highly relevant topics including membrane trafficking, lipid dynamics, neuronal exocytosis, and the organization of supramolecular structures and molecular condensates. The talks will emphasize molecular mechanisms, structure-function relationships, molecular causes of neurological disease, and state-of-the-art technologies. In an informal setting, poster sessions, oral presentations, and casual meet-the-expert rounds will stimulate interactions between students, postdocs and lecturers, establishing scientific and personal networks.

The ������ý Advanced Lecture Course ‘Advanced proteomics’ / contains educational talks, interactive tutorials, and workshops covering technological basics, current best practices, and future developments given by leading academic and industry experts.  The extracurricular activities and the social events in the gothic cellar vault at our venue have proven to be an excellent environment for student and speaker interactions. The registration fee includes access to all lectures, workshops, and social activities, and accommodation (two people sharing a room), as well as all meals. Our summer school is designed to provide graduate students and young postdoctoral scientists from academia and industry with deep insights into state-of-the-art proteomic technologies and applications in the life sciences.

The provides an excellent platform and opportunity to acquire an integrated overview of the structure, function and biogenesis of biological membranes in the context of the biogenesis of organelles and their components. It will also provide promising students in the field a chance to get personally acquainted with leaders of the various disciplines, to acquire insight into the possibilities offered by different experimental approaches and to discuss and learn about the multiple techniques in membrane-related research. In addition to scholarly scientific lectures, the program also contains as an essential element various mentoring sessions on work-life balance, career planning, and responsible conduct of science. Moreover, the program will allow for a total of 20 young scientist participants to give oral presentations of their work.

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The course aims to provide a comprehensive overview of the physiological functions of the distinct cell types that comprise the tumour microenvironment and how these cells are implicated in disease progression and therapy resistance. Topics that will be covered include tumour vascular biology, tumour adaptive and innate immunity, cancer metastasis, and cancer cell plasticity. New technologies and tools to study the tumour microenvironment, such as tissue biomechanics, gene therapy for immune cell reprogramming and single-cell technologies will be highlighted. The course will also showcase the clinical relevance of targeting the tumour microenvironment and will demonstrate how findings from basic research in model organisms can lead to improved therapeutic applications.

The scientific programme of the course includes seven thematic sessions and is designed to offer advanced training and in-depth discussions. Talks will be delivered by internationally recognised experts in the field, alongside selected presentations from young scientists, promoting active participation and scientific exchange across career stages. Young scientists will also have the opportunity to present and discuss their work during poster sessions and structured networking activities.

In addition to the scientific content, the course will place strong emphasis on training, networking, and career development. Dedicated workshops will focus on career paths in academia and industry, how to improve scientific writing & funding applications, and ‘meet the expert’ session, where young researchers will have the opportunity to meet in small groups with senior scientists who are leaders in their field and discuss specific issues. There will also be plenty of opportunities throughout the meeting for participants and speakers to informally interact in a relaxed and idyllic atmosphere, during the social events, and by spending free time at the beach.

Overall, the course will provide a stimulating and supportive environment for learning, discussion, and collaboration, and will contribute to the advancement of the tumour microenvironment research field.

This 6-day advanced microscopy course for up to 20 experienced graduate students, postdocs and scientists will integrate theoretical lectures with hands-on experiments and practical experience. National and international experts in the field of microscopy will give an overview of “state-of-the-art” imaging techniques and applications in biological research.

The molecular mechanisms by which cancer cell behavior is controlled are intensively studied in modern biology. In this Joint ������ý/EMBO Lecture Course ‘Cancer research; from fundamental insights to clinical application’ (co-sponsored by ) held in Spetses, Greece, we are bringing together a number of true experts in the field of cancer research, from basic to clinical oncology. This course will cover cancer signaling and metabolism, genome instability and tumor evolution, the tumor microenvironment, and novel ways of drug development. Finally, the application or translation of this knowledge into the clinic will be discussed by the speakers.

This joint course website is under construction. Please monitor the for when the link becomes available.

The workshop will explore the critical roles of protein termini in biological processes, including proteostasis. As the first part of a nascent protein to emerge from the ribosome, the N-terminus undergoes co-translational modifications that dictate protein fate, while ribosome-associated factors and modifying enzymes act on both termini to influence folding, localization, and stability. The C-terminus, though historically less studied, is now recognized as equally important in regulating protein interactions and degradation. Additionally, protease-mediated processing generates new N- and C-termini, adding another layer of regulation. Understanding how these processes coordinate during translation and beyond remains a major question in biology with broad biological and therapeutic implications.

Through the thematic sessions, short and flash talks, poster sessions, optional activities, and informal networking opportunities, the workshop will foster interdisciplinary dialogue across structural biology, cell biology, proteomics, synthetic biology, and translational research.

The scientific programme is designed to offer advanced training and in-depth discussion, combining plenary and keynote lectures with seven thematic sessions led by internationally recognised experts. Each session will include invited talks alongside selected presentations from early-career researchers, promoting active participation and scientific exchange across career stages. Young scientists will also be involved in moderating discussions and presenting their work through short talks and poster flash presentations.

In addition to the scientific content, the course will place strong emphasis on training, networking, and career development. Dedicated sessions will address career paths in academia and industry, effective scientific communication, and funding opportunities, while ample time will be reserved for informal interactions and social activities. Overall, the course will provide a stimulating and supportive environment for learning, discussion, and collaboration, and will contribute to the continued development of the transglutaminase research community.

Despite its central role, chirality has so far been studied only in fragmented contexts, leaving a critical gap in understanding its integrative impact across biological systems. This workshop brings together leading researchers from biochemistry, molecular biology, structural biology, neuroscience, and biomedical fields to provide a holistic perspective on biological chirality.

The program emphasizes accessibility and training for early-career scientists, with clear, concept-focused lectures, interdisciplinary sessions pairing senior leaders with young investigators, and interactive formats including “Coffee Break / Whiteboard Discussions” and extended “Come with Your Question” poster sessions. Innovative features, such as “My Science in 3 Minutes”, will allow ten selected young investigators to present their research on a single slide in three minutes, with a prize for the best presentation. Poster sessions will encourage participants to present both results and open questions, fostering dialogue, mentorship, and interdisciplinary engagement.

By combining cutting-edge science with structured training, networking, and collaborative opportunities, this workshop aims to inspire dynamic exchange, promote mentorship, and cultivate the next generation of molecular life scientists, reflecting ������ý mission of supporting scientific excellence across Europe.

The course website is under construction. Please monitor the Advanced Courses calendar for when the link becomes available.

The , jointly delivered with the , aims to tackle the intricate redox signaling network that has evolved around cellular metabolism, generation of radical species, and cellular responses that affect growth and death. The speakers will discuss different aspects of redox signaling involved in both physiological and pathological conditions and how dysfunction of this complex signaling network can be targeted to prevent/slow disease onset and progression. Further, different model systems as well as methodological approaches, including transcriptomics, metabolomics, and proteomics, will be discussed to provide students a wider perspective of questions, models, and approaches that can be developed for future studies.

The program offers a diverse array of activities, including training lectures, poster sessions, short presentations by all participants, and ‘meet the expert’ sessions that provide young scientists with the opportunity to engage directly with leading international experts in redox biology.

The course will target early-career researchers (ECRs) from different areas of basic biological sciences and medicine, primarily experienced PhD students and post-doctoral level scientists within 5 years after completion of their doctorate. ECRs will be selected primarily based on their qualifications relevant to the course content, their potential to contribute to the breadth of science, and the benefit they are likely to obtain for their future careers, while ensuring a broad participation from different ������ý constituent countries and a focus on equality and diversity.

Image: neurons stained with DCF, for ROS assay; from lab of M. Perluigi.