The study of regeneration would be aided greatly by systems that support large-scale
genetic screens. Here we describe a nonsurgical method for inducing tissue damage and …

Regenerating tissue must initiate the signaling that drives regenerative growth, and sustain
that signaling long enough for regeneration to complete. How these key signals are …

Drosophila Corkscrew protein and its vertebrate ortholog SHP-2(now known as Ptpn11)
positively modulate receptor tyrosine kinase (RTK)signaling during development, but how these …

Regeneration is a complex process that requires an organism to recognize and repair tissue
damage, as well as grow and pattern new tissue. Here, we describe a genetic screen to …

… Schuster and Smith-Bolton have identified a gene, taranis, that protects regenerating
tissue from unwanted side effects of the signaling that drives wound closure and regenerative …

Although tissue regeneration has been studied in a variety of organisms, from Hydra to humans,
many of the genes that regulate the ability of each animal to regenerate remain unknown…

To regenerate, damaged tissue must heal the wound, regrow to the proper size, replace the
correct cell types, and return to the normal gene-expression program. However, the …

Dissociation of imaginal disc cells has been carried out previously to enable flow cytometry
and cell sorting to analyze cell cycle progression, cell size, gene expression, and other …

Many animal species have the capability to regenerate lost body parts. How regeneration
takes place and why animals have varying potentials for regeneration remain active questions …

Regenerating tissue must initiate the signaling that drives regenerative growth, and sustain
that signaling long enough for regeneration to complete. How these key signals are …