For many years people have known that amphibians have an amazing ability to regenerate lost body parts. In contrast humans have limited regeneration capacity and even simple wound healing results in scarring. Despite more than a century of scientific inquiry, this remarkable phenomenon remains poorly understood. Recent research has begun to provide insight into how this unique process that is now fully accepted to occur via the reversal of cell differentiation is executed at the molecular level. As more and more is known about regeneration and dedifferentiation we can begin to address the question: if given the right signals could mammals also regenerate body structures
Regeneration is unevenly spread throughout the animal kingdom. Some of the invertebrates have a very...
ABSTRACT The existence of multipotent cells in the adult tissues and organs of those vertebrates tha...
Abstract Background Mammals are not able to restore lost appendages, while many amphibians are. One ...
For many years people have known that amphibians have an amazing ability to regenerate lost body par...
One of the most striking natural examples of adult tissue plasticity in vertebrates is limb and tail...
Abstract The recent introduction of in vivo lineage-tracing techniques using fluorescently labeled c...
Abstract: In contrast to mammals, some fish and amphib-ians have retained the ability to regenerate ...
Skeletal muscle in both amphibians and mammals possesses a high regenerative capacity. In amphibians...
AbstractOne way or another, all species possess the ability to regenerate damaged tissues. The degre...
Regenerative mechanisms involving either stem cell differentiation or dedifferentiation of mature ce...
SummaryAn outstanding biological question is why tissue regeneration in mammals is limited, whereas ...
Salamanders can regenerate entire limbs throughout their life. A critical step during limb regenerat...
Skeletal muscle in both amphibians and mammals possesses a high regenerative capacity. In amphibians...
Limb regeneration fascinates innumerable scientists for decades. Urodele amphibians can regenerate t...
AbstractUnderstanding the cellular plasticity that enables urodeles to regenerate many tissues is im...
Regeneration is unevenly spread throughout the animal kingdom. Some of the invertebrates have a very...
ABSTRACT The existence of multipotent cells in the adult tissues and organs of those vertebrates tha...
Abstract Background Mammals are not able to restore lost appendages, while many amphibians are. One ...
For many years people have known that amphibians have an amazing ability to regenerate lost body par...
One of the most striking natural examples of adult tissue plasticity in vertebrates is limb and tail...
Abstract The recent introduction of in vivo lineage-tracing techniques using fluorescently labeled c...
Abstract: In contrast to mammals, some fish and amphib-ians have retained the ability to regenerate ...
Skeletal muscle in both amphibians and mammals possesses a high regenerative capacity. In amphibians...
AbstractOne way or another, all species possess the ability to regenerate damaged tissues. The degre...
Regenerative mechanisms involving either stem cell differentiation or dedifferentiation of mature ce...
SummaryAn outstanding biological question is why tissue regeneration in mammals is limited, whereas ...
Salamanders can regenerate entire limbs throughout their life. A critical step during limb regenerat...
Skeletal muscle in both amphibians and mammals possesses a high regenerative capacity. In amphibians...
Limb regeneration fascinates innumerable scientists for decades. Urodele amphibians can regenerate t...
AbstractUnderstanding the cellular plasticity that enables urodeles to regenerate many tissues is im...
Regeneration is unevenly spread throughout the animal kingdom. Some of the invertebrates have a very...
ABSTRACT The existence of multipotent cells in the adult tissues and organs of those vertebrates tha...
Abstract Background Mammals are not able to restore lost appendages, while many amphibians are. One ...