AbstractBy reciprocal transplantation experiments with regenerative and nonregenerative Xenopus limbs, we recently demonstrated that the regenerative capacity of a Xenopus limb depends on mesenchymal tissue and we suggested that fgf-10 is likely to be involved in this capacity (Yokoyama et al., 2000, Dev. Biol. 219, 18–29). However, the data obtained in that study are not conclusive evidence that FGF-10 is responsible for the regenerative capacity. We therefore investigated the role of FGF-10 in regenerative capacity by directly introducing FGF-10 protein into nonregenerative Xenopus limb stumps. Exogenously applied FGF-10 successfully stimulated the regenerative capacity, resulting in the reinduction of all gene expressions (including shh,...
In salamanders, grafting of a left limb blastema onto a right limb stump yields regeneration of thre...
AbstractIn both larval and adult urodele amphibians, limb blastema formation requires the presence o...
poster abstractAxolotls regenerate perfect copies of amputated limbs, whereas Xenopus froglet limbs ...
AbstractA young tadpole of an anuran amphibian can completely regenerate an amputated limb, and it e...
The amphibian model, Xenopus laevis, is capable of perfect epimorphic limb regeneration prior to met...
In both larval and adult urodele amphibians, limb blastema formation requires the presence of an ade...
SummaryThe frog Xenopus can normally regenerate its limbs at early developmental stages but loses th...
In both larval and adult urodele amphibians, limb blastema formation requires the presence of an ade...
Fibroblast growth factor (FGF) is a naturally occurring protein in the bodies of birds and mammals t...
AbstractXenopus laevis can regenerate an amputated limb completely at early limb bud stages, but the...
AbstractThe capacity for tissue and organ regeneration in humans is dwarfed by comparison to that of...
The capacity for tissue and organ regeneration in humans is dwarfed by comparison to that of salaman...
AbstractUrodele amphibians have remarkable organ regeneration ability. They can regenerate not only ...
AbstractThe results of recent studies have supported the idea that the ability to organize the forma...
Absence of a specialized wound epidermis is hypothesized to block limb regeneration in higher verteb...
In salamanders, grafting of a left limb blastema onto a right limb stump yields regeneration of thre...
AbstractIn both larval and adult urodele amphibians, limb blastema formation requires the presence o...
poster abstractAxolotls regenerate perfect copies of amputated limbs, whereas Xenopus froglet limbs ...
AbstractA young tadpole of an anuran amphibian can completely regenerate an amputated limb, and it e...
The amphibian model, Xenopus laevis, is capable of perfect epimorphic limb regeneration prior to met...
In both larval and adult urodele amphibians, limb blastema formation requires the presence of an ade...
SummaryThe frog Xenopus can normally regenerate its limbs at early developmental stages but loses th...
In both larval and adult urodele amphibians, limb blastema formation requires the presence of an ade...
Fibroblast growth factor (FGF) is a naturally occurring protein in the bodies of birds and mammals t...
AbstractXenopus laevis can regenerate an amputated limb completely at early limb bud stages, but the...
AbstractThe capacity for tissue and organ regeneration in humans is dwarfed by comparison to that of...
The capacity for tissue and organ regeneration in humans is dwarfed by comparison to that of salaman...
AbstractUrodele amphibians have remarkable organ regeneration ability. They can regenerate not only ...
AbstractThe results of recent studies have supported the idea that the ability to organize the forma...
Absence of a specialized wound epidermis is hypothesized to block limb regeneration in higher verteb...
In salamanders, grafting of a left limb blastema onto a right limb stump yields regeneration of thre...
AbstractIn both larval and adult urodele amphibians, limb blastema formation requires the presence o...
poster abstractAxolotls regenerate perfect copies of amputated limbs, whereas Xenopus froglet limbs ...