蠑螈以其在受傷後能夠重新生長大部分身體組織並恢復複雜結構的卓越能力而在脊椎動物中備
受矚目. 其中一個著名的例子就是牠們完全再生功能性肢體的能力. 儘管在這個領域取得了重要 …

Sophisticated axolotl limb regeneration is a highly orchestrated process that requires highly
regulated gene expression and epigenetic modification patterns at precise positions and …

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 …

Skeletal muscle in both amphibians and mammals possesses a high regenerative capacity.
In amphibians, a muscle can regenerate in two distinct ways: as a tissue component of an …

Axolotls have amazing abilities to regenerate their lost limbs. Nerve and wound epidermis
have great impacts on this regeneration. Histone deacetylases (HDACs) have been shown …

Is regeneration close to revealing its secrets? Rapid advances in technology and genomic
information, coupled with several useful models to dissect regeneration, suggest that we …

A spike, a resultant regenerate made after amputation of a Xenopus froglet limb, has no
muscle tissue. This muscle‐less phenotype was analyzed by molecular approaches, and the …

The astonishing regenerative ability of the urodele amphibian limb has long been
investigated as the chief model for regeneration in vertebrates. The urodele limb responds to …

Purpose This work is a summary of regeneration mechanisms and some important aspects
of cellular and molecular factors in regeneration, in addition to techniques that have been …

Regeneration, or the de novo formation of new organs, is observed in many different classes
of vertebrates (reviewed in Alibardi, 2010). In teleost fishes, regeneration of heart muscle as …