dyssynchrony

cardiac resynchronization therapy is effective for patients with severe intraventricular dyssynchrony.

echocardiography is the standard method to assess mechanical dyssynchrony in heart failure.

electromechanical dyssynchrony often results in inefficient pumping of the heart muscle.

a prolonged qrs duration on the ecg often suggests underlying electrical dyssynchrony.

scientists are studying the relationship between circadian dyssynchrony and metabolic disorders.

atrioventricular dyssynchrony can significantly reduce cardiac output in patients.

tissue doppler imaging helps physicians quantify the degree of left ventricular dyssynchrony.

interhemispheric dyssynchrony may be observed in certain types of brain lesions.

reducing dyssynchrony between the ventricles improves symptoms in heart failure patients.

diagnosing diastolic dyssynchrony requires advanced imaging techniques and careful analysis.

chronic jet lag causes a harmful dyssynchrony between the internal clock and the environment.

severe mechanical dyssynchrony is a key indicator for the implantation of a crt device.