Más Información
Guadalupe Taddei solicitará ampliación del presupuesto para la elección judicial a la Cámara de Diputados; “si funciona, estaremos mejor en calidad y resultados"
Sheinbaum es una "consumidora voraz" de información: José Merino; el tablero de seguridad, herramienta clave, destaca
IMSS-Bienestar asegura mantener contratados a 2 mil trabajadores en entidades no adheridas al organismo
Rosa Icela Rodríguez se reúne con próximo titular del INM; “arrancaremos el 2025 con mucho trabajo”, asegura
SSa llama a tomar medidas preventivas ante bajas temperaturas; pide proteger salud por temporada invernal
An international group of scientists among which are researchers of the Center for Research and Advanced Studies (CINESTAV) has managed to sequence, for the first time, the genome (DNA) of the axolotl . Experts discovered that this animal, which can only be found in the Valley of Mexico , has a genome 10 times the size of the human being.
The axolotl has the capacity of regenerating its bones, muscles, and nerves from any region of its body that has been amputated. It can even repair its own spinal cord and the tissue of its retina – an ability no other animal possesses to such an extent.
Researchers noticed that after losing a limb, a blood clot quickly stops the bleeding at the site of the injury. Then, a layer of cells covers the injury and this cells mass grows and divides to form a structure known as blastema .
It's believed that blastema cells are the bones, cartilage, and muscles that transform into something similar to stem cells .
This research, published in the Nature magazine, could become the key to tissue regeneration and could translate into medical advances applicable to humans.
am