Sentence examples for more frequent cardiac from inspiring English sources

Conclusions Our experience reflects some aspects common with other European countries: less monitored events as well as more frequent cardiac arrests in unmonitored wards1.

Transmembrane mutations are related to longer QTc, more frequent cardiac events, and greater QTc prolongation with exercise.

Patients with late-onset may show less prominent autonomic features, more frequent cardiac involvement, lower penetrance, and a family history in only one third of patients.

Secondly, patients with a higher urinary mutation load, or NMDAS score, may be at an increased risk of developing cardiomyopathy, supporting more frequent cardiac screening.

Among several echocardiographic parameters, transmitral flow propagation velocity (Vp) less than 40 cm/sec best identified patients at higher risk of LV dysfunction after CPB and was associated with more frequent cardiac complications in the ICU.

Impaired nutrition status has been identified as an independent predictor of depressed immune response, impaired wound healing, more frequent cardiac complications, higher readmission rate, and hence prolonged hospitalization or increased mortality, which eventually have an adverse secondary impact on health care facilities [ 1, 2, 5, 6, 11, 12].

> Pump failure (heart failure) Right ventricular infarction Restrictive cardiomyopathy Pulmonary embolus Cardiac tamponade Constrictive pericarditis Pulmonary hypertension Tension pneumothorax Intracardiac thrombus Intracardiac tumour Metastatic cardiac tumours are more frequent than primary cardiac tumours [ 2, 3] and are associated with a poor prognosis.

Nevertheless, microvasculopathy which is due to medial rather than endothelial disease or a combination of both [4] is most probably responsible for the more frequent development of cardiac allograft systolic dysfunction in HTx patients presenting with inhomogeneous perfusion in SPECT imaging.

Moreover, passive stretch mimics an increase in preload rather than afterload, the more frequent cause of cardiac hypertrophy.

Combination of these factors could partially explain the different toxicity between TKI that we observed with more frequent grade 3 4 cardiac toxicities during sunitinib and more dermatological side effects during sorafenib.

Pre-existing renal failure was present in 30.5% of patients, being more frequent in the cardiac surgery patients (P < 0.001) but in only 9.5% of SAH patients (Table 4).