Following amputation, zebrafish regenerate their injured caudal fin through lineage-
restricted reprogramming. Although previous studies have charted various genetic and …

Background Regenerating legs is advantageous for arthropods as their appendages exhibit
crucial functional specializations. Many arthropods possess a 'preferred breakage point' …

The wide distribution of regenerative capacity across the animal tree of life raises the
question of how regeneration has evolved in distantly-related animals. Given that whole …

Zebrafish have a high capacity to regenerate their hearts. Several studies have surveyed
transcriptional enhancers to understand how gene expression is controlled during heart …

Tissue regeneration requires the directed activity of numerous genes, which are often
reused from development. Although the identities of many key factors have been …

A baixa capacidade regenerativa do cérebro humano representa um grande desafio no
tratamento de doenças neurológicas e neurodegenerativas. Embora essas doenças …