Demographic characteristics, underlying disease, admission cause, presence of organ failure, severity scores and mortality were registered.
Were studied, demographic characteristics, underlying conditions, clinical presentation, therapeutic intervention and outcome.
The following data were collected: demographic characteristics, underlying disease, severity scores at the time of reoperation, microbiologic results, outcome and survival.
On ICU admission, demographic characteristics, underlying diseases, reason for ICU admission, and severity of illness were recorded by each investigator on a standardized report form.
Since its inception, Systems Factorial Technology (SFT; Townsend & Nozawa, 1995) has been used alongside many research paradigms to detect the characteristics underlying a cognitive process.
To evaluate the morphologic characteristics underlying the ultrasonographic appearance and blood flow dynamics in the human corpus luteum (CL) of the menstrual cycle.
This concern prompted research conducted by Fouchier and colleagues and Kawaoka and colleagues, with funding from the U.S. National Institutes of Health (NIH), to understand the molecular characteristics underlying transmissibility.
Moreover, the hierarchical characteristics underlying these two optimization problems and complex interactions among PFA, MPC, and environmental concerns are failed to be revealed and addressed in the previous research.
The following variables were recorded: demographic characteristics, underlying diseases, severity of illness at admission (APACHE II and SOFA scores), adequacy of empirical antimicrobial therapy, SOFA score at the day of culture results, worst SOFA score in the ICU, development of nosocomial infection, leght of stay and mortality.
The variables analyzed included demographic characteristics, underlying diseases and clinical and biological signs.
The structural characteristics underlying the frequency and intensity specific amplification of the flagellar deflection remain to be determined.
