Sentence examples for urinary monitoring from inspiring English sources

We divided the study population into three different groups based upon the duration of urinary monitoring.

The third group included patients who received two or more doses of furosemide during urinary monitoring (multiple-dose group).

Ultimately, this method was employed for urinary monitoring of the target analytes and satisfactory results were obtained.

Urinary sodium (Na+, a) and chloride (Cl−, b) concentrations every 10 min before and after the administration of an intravenous bolus of furosemide in the subgroup of patients in which urinary monitoring lasted up to 8 h (long-term group, n = 24).

Inclusion criteria of the current study were intravenous administration of furosemide during ICU stay, as decided by the attending physician for clinical purposes, the connection of the patient to the urinary analyzer K.IN.G.® and a period of at least 3 h of urinary monitoring after the administration.

However, without corresponding urinary monitoring, no internal dose estimates are possible.

Real-time urinary electrolyte monitoring may help in tailoring patient diuretic and hemodynamic therapies.

Real-time urinary electrolyte monitoring may represent an interesting and useful tool for better tailoring patient diuretic and hemodynamic therapies.

A real-time urinary electrolyte monitoring may represent a potential novel tool to elucidate the specific effects of loop-diuretics in ICU patients, while clarifying its variable efficacy and helping in better tailoring patient hemodynamics therapy.

We believe that urinary electrolyte monitoring may open a new perspective of research in critical care.

In a bench test we investigated the accuracy and precision of conventional urinary output monitoring, by visual hourly readings and manual data recording, as performed by experienced intensive care nurses with the purpose to provide insight into potential errors in urinary output measurement as well as identifying systematic sources of error.