Time delay to peak left ventricular pressure rise identifies the substrate for dyssynchronous heart failure and detects disease modification with resynchronization- an observational clinical study
Assessing survival and re-hospitalisation following transvenous lead extraction in cardiac resynchronisation therapy devices depending on reimplantation timing: a propensity score matched analysis.
Duration of the preejection phase is less preload dependent and therefore a better marker of acute response to cardiac resynchronization therapy than maximum pressure rise