The cnidarian Hydra is a classical model of whole-body regeneration. Historically, Hydra
apical regeneration has received more attention than its basal counterpart, most studies …

During whole-body regeneration, a bisection injury can trigger two different types of
regeneration. To understand the transcriptional regulation underlying this adaptive …

The cnidarian freshwater polyp Hydra sp. exhibits an unparalleled regeneration capacity in
the animal kingdom. Using an integrative transcriptomic and stable isotope labeling by …

Hydra has a regenerative capacity that is not limited to individual organs but encompasses
the entire body. Various global and integrative genome, transcriptome and proteome …

Regeneration of lost body parts is essential to regain the fitness of the organism for
successful living. In the animal kingdom, organisms from different clades exhibit varied …

Ample evidence suggests that Wnt signaling and tissue deformation are key determinants
for pattern formation in animals. The coordination of these biochemical and biomechanical …

Hydra's almost unlimited regenerative potential is based on Wnt signaling, but so far it is
unknown how the injury stimulus is transmitted to discrete patterning fates in head and foot …

Wnt/β-Catenin signaling plays crucial roles in regenerative processes in eumetazoans. It
also acts in regeneration and axial patterning in the simple freshwater polyp Hydra, whose …

The silencing of genes whose expression is restricted to specific cell types and/or specific
regeneration stages opens avenues to decipher the molecular control of the cellular …

After bisection, Hydra polyps regenerate their head from the lower half thanks to a head‐
organizer activity that is rapidly established at the tip. Head regeneration is also highly …