… probably offer the most pertinent model for studying organ regeneration in mammals. This
… regeneration of antlers, and provides insights into the possible use for human regenerative …

… mammalian organ regeneration. No other mammal can naturally regenerate any lost organ,
… and complex as an antler, eg the antlers of a 200-kg adult red deer may weigh as much 30 …

… organ replacement is known as epimorphic regeneration. To … Antler stem cells reside in the
pedicle periosteum. We … regeneration of mammalian appendages, other than antler, could be …

… of the AS cells in the present study would help our understanding of the mechanism
underlying antler regeneration, the only stem cell-based full organ regeneration in mammals. …

… As the only known mammalian organ that can fully and annually regenerate, deer antler
has … of stem-cell-based organ regeneration. Antler regeneration is known to be initiated and …

… Full regeneration of deer antlers, a bona fide epimorphic process in mammals, is in … a better
position to promote organ regeneration in humans. Antler regeneration takes place in yearly …

… organ regeneration process in mammals, the deer antler represents a prime model system for
investigating mechanisms of regeneration … -based therapies for regenerative medicine and …

… is evidence for its recapitulation during organ regeneration in lower vertebrates. This … deer
antlers, frontal bone appendages that are the only mammalian organs capable of regeneration…

… the ability to regenerate organs. … regenerating antlers. This apparent lack of any specific
‘antlerogenic molecular machinery’ suggests that the secret of deers’ ability to regenerate antlers …

… Deer antlers are the only known mammalian organ that, … of the old antler and regeneration
of the new antler are not … follow one another in most deer species. This conclusion was also …