Pathophysiology conferences

Examine how endothelial cells, smooth-muscle cells and pericytes establish vascular networks and sustain organ function through development and aging. Mechanistic sessions connect RNA and chromatin regulation with organelle signalling, mechanotransduction and tissue remodelling. Studies of vascular heterogeneity and inter-organ communication link these processes to malformations and disease, while imaging, multimodal omics and computational methods provide routes toward therapeutic discovery. 10–15 January: Sunday check-in starts at 14:00 and scientific introductions at 19:30; Friday departure is at 09:00. Times: America/Los_Angeles (PST, UTC−08:00). Apply by 13 December through myGRC; acceptance is selective and capacity limited. Applicants need a science/engineering bachelor’s degree or accepted equivalent; undergraduates are ineligible. Fees: US$1,890 single room, US$1,525 shared room or US$1,015 off-site. The associated GRS requires a separate application.

This conference examines alcohol-related disease across organs and biological scales. It connects mitochondrial dysfunction, cellular aging, immune activation, inflammation and microbiome interactions with injury in the liver, gut, brain and cardiovascular system and with cancer. Organoids and other experimental platforms support discussion of therapeutic strategies, alongside integrated treatment of alcohol use disorder and end-organ damage. Talks, poster sessions and discussion focus on emerging and unpublished research. Applicants need a science or engineering bachelor’s degree or equivalent; undergraduates are not eligible. Places may fill before the application deadline.

The conference explores how muscle architecture coordinates electrical excitation, calcium dynamics and force production. Structural biology, imaging, genomics and computational methods are brought together to investigate excitation–contraction units, transverse tubules, cytoskeletal organization and mitochondrial signalling. Discussion connects molecular mechanisms with organ function and examines how their disruption produces skeletal-muscle and cardiac disease. Translational themes include small molecules, gene therapies and RNA approaches to restoring muscle function. Attendance requires a bachelor’s degree in science or engineering, or an accepted equivalent. Applications are subject to selection and available capacity.

The meeting examines regeneration as a coordinated biological response involving developmental, immune, mechanical and metabolic signals. Sessions explore injury sensing, repair initiation, fibrosis and loss of tissue function, including the constraints imposed by aging and chronic disease. Comparisons with organisms capable of extensive regeneration are combined with bioengineering, synthetic biology and quantitative methods to measure, predict and influence repair across organs. Attendance requires a bachelor’s degree in science or engineering, or an accepted equivalent. Applications are subject to selection and available capacity.