Freshwater planarians have amazed scientists since the first descriptions of their great regenerative capabilities reported already at the end of the 18th century. Planarians can regenerate an entire animal from almost any piece of their body in very few days. These remarkable plasticity depends upon the presence of a special population of stem cells, named neoblasts. Planarian neoblasts are adult pluripotent stem cells scattered throughout the body. Upon amputation or injury, neoblasts proliferate and differentiate into any cell type required to restore the missing structures. In our laboratories we are interested in understanding how planarian neoblasts receive and respond to the molecular signals that enable their appropriate proliferation and differentiation. Furthering in our knowledge on planarian regeneration will help in understanding regeneration and stem cell biology across the animal kingdom and could give clues on how to progress in developing new strategies to improve human regenerative abilities.
Last Saturday Eudald presented his research at the EMBO Workshop: Neuromesodermal progenitors in development, evolution
In our last preprint we characterize the function of CBP/p300 planarian homologues on neoblast maintenance and
Check out our lab latest paper “ Planarian cell number depends on Blitzschnell, a novel gene family that balances cell