"Ευαγγελισμός": Εξιτήριο για τη Μαρέβα Μητσοτάκη

Sex differences range from distinct dimorphisms in appearance and physiology to behaviour variations across males and females of the same species. These differences are numerous and varied and are often driven by combinations of genetic, hormonal and environmental factors.These differences also appear in manifestations of infectious disease, ageing and age-related diseases (cancer, cardiovascular and neurodegenerative diseases). Response to treatments can also vary drastically between females and males. Despite these widespread differences between sexes observed across species, the underlying mechanisms are poorly understood and the topic has been vastly understudied.This symposium will highlight topics including sex hormone regulation of health and immunity, genetic differences leading to disease, and mosaicism. We will convene leading scientists from various global regions to delve into topics like the molecular underpinnings of sexual dimorphisms, how sex hormones regulate sexually distinct phenotypes, and the role of sex differences in the context of metabolism, infections, cancer, cardiovascular, and neurodegenerative diseases.We aim to foster a multidisciplinary dialogue by bringing together researchers employing both traditional animal models and innovative approaches (organoids, biomaterials, 3D cultures, advanced bioinformatics analysis).

We cordially invite you to join the EMBO Workshop on Advances in Stroke-Immunology which will take place at the Hohenkammer Castle in Munich between April 27th – 30th 2026.Immune responses are central to the pathophysiology of stroke, influencing both acute injury and long-term recovery. While stroke has traditionally been viewed as a neurological event, it is now clear that it initiates a dynamic and systemic immune response that extends far beyond the brain. Recent advances in neuroimmunology have demonstrated critical roles for microglia, leukocyte trafficking, and immune alterations in peripheral organs such as the gut, heart, and meninges. Cutting-edge technologies—including single-cell RNA sequencing and spatial transcriptomics—are now revealing the complex cellular and functional heterogeneity of these immune responses. These new findings have catalyzed a wave of translational research, with clinical trials underway to modulate the immune system for improved stroke outcomes. Moreover, the immune mechanisms in stroke share parallels with those in aging and other neurodegenerative conditions, highlighting their broader relevance. Yet, fundamental questions remain about how peripheral immune cells, brain-resident glial cells, and neurons interact between each other to shape injury and repair.The goal of this EMBO Workshop is to bring together leading experts, emerging investigators, and early-career scientists to explore these questions and share the latest breakthroughs in stroke-immunology. By fostering cross-disciplinary discussion and collaboration, we aim to accelerate the development of novel therapeutic strategies that harness the immune system to promote brain repair and improve recovery after stroke.We look forward to welcoming you all at the conference in this truly exciting time for stroke-immunology!With warmest regards,Corinne Benakis, Adam Denes and Arthur Liesz

Tuesday, April 28, 18:00 CESTAdvanced Imaging of inner ear malformationSpeaker: Felice D’Arco, London/UK | Moderator: Bert De Foer, Antwerp/BEGeneral description, scope and objectives of this webinarThe programme of this webinar will cover ” advanced Imaging of inner ear malformation” It is aimed at head & neck radiologists, radiologist residents/juniors, students and people who are interested in the ESHNR diploma who want to improve their skills in:– Understanding the nuances of inner ear malformations and their syndromic associations– Learning about the new insights related to genotype-phenotype correlationAfter watching the webinar, participants will be able to– Be up-to-date in the most recent discoveries related to inner ear malformations– Learning how to diagnose syndromic causes of hearing loss based on a pattern recognition approach