Urodele amphibians are unrivalled in their ability to regenerate as adults and provide a
unique template in which to study the faithful repair of tissues and organs in tetrapods. They …

The ability to regenerate lost or damaged body parts is widespread among animals and
provides obvious potential benefits. It is therefore perplexing that this ability has become …

While almost all animals are able to at least partially replace some lost parts, regeneration
abilities vary considerably across species. Here we study gene expression patterns in …

Development of methods to reawaken the semi‐dormant regenerative potential that lies
within adult human tissues would hold promise for the restoration of diseased or damaged …

Within the animal kingdom, there are several examples of organisms with remarkable
regenerative abilities. Among vertebrates, newts appear to be the most adept at replacing …

This review elaborates the idea that organ regeneration derives from specific evolutionary
histories of vertebrates. Regenerative ability depends on genomic regulation of genes …

Publisher Summary This chapter discusses regeneration of missing parts, which is one of
the most remarkable of biological phenomena. It remains one that embodies a number of …

Regeneration, the replacement of lost body parts, is widespread yet highly variable among
animals. Explaining this variation remains a major challenge in biology. Great strides have …

Regeneration, the ability to restore lost parts of the body, is a widespread phenomenon in
animals. While this ability is somehow limited in classical developmental model organisms …

Abstract The adult Eastern newt, Notophthalmus viridescens, has long served as a model for
appendage as well as heart muscle regeneration studies. Newt tissues include all major cell …