Χειρουργός διορίστηκε στη Λήμνο, αλλά δεν βρίσκει σπίτι - Έκκληση του διοικητή

This blended course is aimed at all professionals in the field of radiation therapy: radiation oncologists (ROs), medical physicists (MP) and radiation therapists (RTTs). In order to encourage teamwork, participation of multidisciplinary teams belonging to the same institute is encouraged, but not mandatory.The course is intended for participants who are either directly involved in a clinical MR-guided RT project, or who want to update their knowledge on this topic.

Equip participants with fundamental and advanced knowledge of ultrasound techniques.Introduce the use of intraoperative ultrasound for breast cancer in clinical setting and at outpatient department.Provide hands-on training in ultrasound-guided surgical techniques and localization technologies.Enhance knowledge about alternative localization techniques, margin assessment and handling clinical cases in breast surgery.

Tissue morphogenesis, the formation of stereotypical tissue shapes and sizes, relies on the precise spatiotemporal regulation of many cellular behaviours including cell division, migration and re-arrangements among many others. These behaviours are controlled by long-range and local interactions driven by chemical and mechanical signals, which additionally also alter gene expression programs. Over the past decade, cross-disciplinary advances have transformed our quantitative understanding of tissue morphogenesis. These include precise genome editing, spatial omics, high-resolution imaging, automated image analysis, and methods to measure and manipulate tissue mechanics across diverse systems, together with insights from theoretical physics. This EMBO workshop brings together experts studying a wide range of morphogenetic processes to identify both shared and context-specific cellular, molecular, and physical principles. In doing so, it aims to open new ways of addressing a question that has fascinated naturalists, physicists, and mathematicians for centuries.

The ubiquitin system is fundamental to virtually all biological processes and is essential for maintaining cellular and organismal homeostasis. Recent technological advances are revealing new roles for specialized ubiquitin signals, including understudied chain types and ubiquitin-like proteins, and how these post-translational modifications regulate diverse cellular functions. Dysregulation or pathogen-mediated hijacking of Ub/UBL pathways is increasingly recognized as a driver of disease, and both academic and industry researchers are now intensively targeting Ub/UBL pathways for therapeutic intervention.This EMBO Workshop will cover the latest developments in understanding how Ub and UBLs contribute to diverse biological pathways, with a focus on mechanistic insights and disease-associated perturbations, and will showcase opportunities at the interface of basic biology and translation.The primary goals of this EMBO Workshop are to:Present cutting-edge discoveries and novel methodologies in the Ub/UBL field.Bridge basic mechanistic research with translational applications and discuss the challenges of harnessing Ub/Ubl pathways for therapeutic applications.Foster cross-disciplinary collaborations between established researchers and trainees by facilitating interaction and discussion.