Our results implicated GNA11 mutations, as well as previously known mutations of its paralogues GNAQ and GNA14, as essential drivers in the pathogenesis of AH.
Our results implicated GNA11 mutations, as well as previously known mutations of its paralogues GNAQ and GNA14, as essential drivers in the pathogenesis of AH.
Our results implicated GNA11 mutations, as well as previously known mutations of its paralogues GNAQ and GNA14, as essential drivers in the pathogenesis of AH.