TRAF7 mutations stabilize K/NRAS and hyperactivate MAPK signaling to cause CAFDADD neurodevelopmental defects
En palabras de los autores
Esta revista no permite republicar el resumen completo. Estas son las dos oraciones que eligió Pipette, citadas textualmente. El resto está en el sitio de la editorial.
Resultado principal
Together, our findings identify TRAF7 as a critical posttranslational regulator of RAS proteostasis during development and uncover a pivotal mechanistic link between impaired RAS ubiquitination and CAFDADD pathogenesis, providing preliminary clinical-front evidence for targeting the MAPK pathway to manage ongoing developmental deficits in TRAF7-associated disorders.
Limitación que admiten los autores
Together, our findings identify TRAF7 as a critical posttranslational regulator of RAS proteostasis during development and uncover a pivotal mechanistic link between impaired RAS ubiquitination and CAFDADD pathogenesis, providing preliminary clinical-front evidence for targeting the MAPK pathway to manage ongoing developmental deficits in TRAF7-associated disorders.
Apareció: domingo, 27 de septiembre. Science Advances. Revista con revisión por pares.