Tissue or organ regeneration is a complex process with successful outcomes depending on
the type of tissue and organism. Upon damage, mammals can only efficiently restore a few …

Tissue or organ regeneration is a complex process with successful outcomes depending on
the type of tissue and organism. Upon damage, mammals can only efficiently restore a few …

The mammalian central nervous system is not able to regenerate neurons lost upon injury.
In contrast, anamniote vertebrates show a remarkable regenerative capacity and are able to …

The role of macrophages during regeneration in zebrafish has been well-documented.
Nevertheless, new evidence indicates that zebrafish macrophages are a heterogeneous …

The limited regenerative capacity of several organs, such as central nervous system (CNS),
heart and limb in mammals makes related major diseases quite difficult to recover …

Currently, there is no treatment for recovery of human nerve function after damage to the
central nervous system (CNS), and there are limited regenerative capabilities in the …

The future of regenerative medicine relies on our understanding of the mechanistic
processes that underlie tissue regeneration, highlighting the need for suitable animal …

Macrophages play crucial and versatile roles in regulating tissue repair and regeneration
upon injury. However, due to their complex compositional heterogeneity and functional …

The human nervous system exhibits limited regenerative capabilities following damage to
the central nervous system (CNS), leading to a scarcity of effective treatments for nerve …

The zebrafish regenerates its brain after injury and hence is a useful model organism to
study the mechanisms enabling regenerative neurogenesis, which is poorly manifested in …