MMI held an international rare cell spatial omics symposium: Decoding the Single-Cell Universe Symposium 2024 at Brauereigasthof Aying, located at the picturesque Bavarian village nestled in the foothills of the Alps. We had great speakers and participants coming from Europe, US, and China.

The significance of spatial omics in studying rare cells cannot be overstated. Understanding the intricate biology of rare cells has been challenging due to their scarcity and the limitations of bulk analysis. Nowadays, spatial omics technologies have revolutionized this landscape by offering unprecedented spatial resolution. By precisely mapping the molecular signatures of rare cells within their native tissue micro-environments, researchers can decipher the complex interactions between these cells and their neighboring counterparts. This intricate spatial context is invaluable for unraveling the functional significance of rare cell populations in health and disease. Spatial omics not only enhances our understanding of rare cells but also opens new avenues for targeted therapies and precision medicine. Consequently, it ultimately advances biomedical research and improving patient outcomes.

The symposium showcased informative sessions covering advanced spatial transcriptomics, proteomics technologies, multi-modality processing, and innovative in-situ sequencing techniques. Additionally, it unveiled the latest innovations in laser microdissection, single-cell picking, whole-slide imaging, and novel state-of-the-art technologies from MMI.

Overall, this symposium offers an invaluable opportunity for participants to expand their knowledge. More importantly, forge connections with academia and industry experts, and gain inspiration from the latest advancements in the field. Last but not least, experience the beautiful scenery and rich culture of Aying.