Structural modelling of kcnq1 and kcnh2 double mutant proteins, identified in two severe long qt syndrome cases, reveals new insights into cardiac channelopathies
William A. Agudelo, Sebastian Ramiro Gil-Quiñones, Alejandra Fonseca, Alvaro Arenas, Laura Castro, Diana Carolina Sierra-Díaz, Manuel A. Patarroyo, Paul Laissue, Carlos F. Suárez, Rodrigo Cabrera
Profundice en los temas de investigación de 'Structural modelling of kcnq1 and kcnh2 double mutant proteins, identified in two severe long qt syndrome cases, reveals new insights into cardiac channelopathies'. En conjunto forman una huella única.