De novo limb regeneration after amputation is restricted in mammals to the distal digit tip.
Central to this regenerative process is the blastema, a heterogeneous population of lineage …

In this review, we present the current state of knowledge surrounding mammalian digit tip
regeneration. We discuss the origin and formation of the blastema, a structure integral to …

Cell metabolism coordinates the biochemical reactions that produce carbon and ATP in
order for the cell to proliferate, differentiate, and respond to environmental changes. Cell …

Humans and mice have the ability to regenerate the distal digit tip, the terminal phalanx (P3)
in response to amputation. What distinguishes P3 regeneration from regenerative failure is …

Mouse digit amputation provides a useful model of bone growth after injury, in that the injury
promotes intramembranous bone formation in an adult animal. The digit tip is composed of …

The mouse digit tip amputation model is an excellent model of bone regeneration, but its
size and shape present an obstacle for biomechanical testing. As a result, assessing the …

Appendage regeneration varies drastically across vertebrate species. Some species, such
as urodele amphibians, are capable of complete limb regeneration, however mammals have …

Bone is an essential, healing structure in vertebrates that ensures daily function. However,
the regenerative capacity of bone declines with age, compromising quality of life in the …

Around the background of rapid development of intelligent technology, an efficient image
processing system oriented to the smart management of human faces is focused on. The …

Regeneration can be broadly defined as the renewal of biological structures. This occurs
over the lifetimes of all multicellular organisms as structures like epithelia are replaced by …