Molecular Basis of Regeneration in Syllid Worms (part of GönomiX)

Some marine worms, known as syllids, have an extraordinary ability to regrow lost body parts, including their head and brain, while others can only regenerate partially. This remarkable variation makes them a fascinating system for studying how regeneration works. Our research explores the molecular signals and genetic programs that control how these worms rebuild their bodies, comparing species with different regenerative powers.
By understanding how closely related worms achieve very different outcomes, we aim to uncover the rules that guide regeneration and how these processes evolve over time. These insights reveal not only the hidden diversity of life strategies in marine worms but also broader principles of development and evolution that help explain how animals adapt, innovate, and recover from injury in nature.

GönomiX – Exploring Gene Function Across Species

GönomiX is a research and training program at the University of Göttingen that studies how genes and gene networks control development and evolution across non-traditional model organisms, including annelids, flatworms, mollusks, and cnidarians. Using modern genetic, genomic, and imaging tools, the program investigates evolutionary innovations, regeneration, and body plan diversity, while training PhD students and early-career researchers in cutting-edge techniques.