Gene Regulation in Neural Fate Acquisition and Maintenanc

The brain represents the pinnacle of biological complexity, with its vast cellular diversity governed by precise gene-regulatory programs. Recent advances have revealed how transcription factors, chromatin remodeling, epigenetic modifications, non-coding RNAs, and 3D genome architecture jointly orchestrate the specification and lifelong maintenance of neural cell types. In parallel, transformative technologies—including single-cell multi-omics, spatial profiling, brain organoids, and computational modeling—now allow these processes to be mapped at unprecedented resolution.

This will be a 3 day in-person conference who are working at the forefront of Gene Regulation.

Please note that you can edit or re-assign your ticket after the purchase (this will be possible until two weeks prior to the Conference).

Private sector: All participants working in industry fall into this category. Exceptions are made for start-ups with less than 10 employees. In this case, please contact us at info@casebasehealth.ch

Academic institution: All participants employed at an academic institution (e.g. a university) fall into this category independent of whether they are employed as Student, PhD Student, Postdoc, Staff Scientists, Professor or similar. University hospitals or non-profit organisations fall into this category too.