[PDF][PDF] Genomics and epigenomics of axolotl regeneration
C Sámano, R González-Barrios, M Castro-Azpíroz… - Int J Dev …, 2021 - researchgate.net
The axolotl (Ambystoma mexicanum) has been a widely studied organism due to its capacity
to regenerate most of its cells, tissues and whole-body parts. Since its genome was
sequenced, several molecular tools have been developed to study the mechanisms behind
this outstanding and extraordinary ability. The complexity of its genome due to its sheer size
and the disproportionate expansion of a large number of repetitive elements, may be a key
factor during tissue remodeling and regeneration mechanisms. Transcriptomic analysis has …
to regenerate most of its cells, tissues and whole-body parts. Since its genome was
sequenced, several molecular tools have been developed to study the mechanisms behind
this outstanding and extraordinary ability. The complexity of its genome due to its sheer size
and the disproportionate expansion of a large number of repetitive elements, may be a key
factor during tissue remodeling and regeneration mechanisms. Transcriptomic analysis has …
Genomics and epigenomics of axolotl regeneration
CG SAMANO SALAZAR… - 2021 - ilitia.cua.uam.mx
The axolotl (Ambystoma mexicanum) has been a widely studied organism due to its capacity
to regenerate most of its cells, tissues and whole-body parts. Since its genome was
sequenced, several molecular tools have been developed to study the mechanisms behind
this outstanding and extraordinary ability. The complexity of its genome due to its sheer size
and the disproportionate expansion of a large number of repetitive elements, may be a key
factor at play during tissue remodeling and regeneration mechanisms. Transcriptomic …
to regenerate most of its cells, tissues and whole-body parts. Since its genome was
sequenced, several molecular tools have been developed to study the mechanisms behind
this outstanding and extraordinary ability. The complexity of its genome due to its sheer size
and the disproportionate expansion of a large number of repetitive elements, may be a key
factor at play during tissue remodeling and regeneration mechanisms. Transcriptomic …
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