multiparameter monitor in icu
The multiparameter monitor in icu can provide a large amount of information on one screen, thus providing a variety of information needed to understand the patient's condition. Multiparameter monitor in icu has become a monitor that can provide flexible solutions for different intensive care needs.
Multiparameter monitor in icu provides a comprehensive understanding of patients by providing a wider range of monitoring. These monitors provide readings such as heart rate, central venous pressure, non-invasive blood pressure, ECG, SpO2, PaCO2, and invasive blood pressure and temperature. The monitor has an alarm function, parameters can be set, and changes beyond the set parameters will remind the nursing staff.
Various critically ill patients are admitted in the ICU. Different patients often require different focus on monitoring and treatment. Therefore, it is impossible to formulate a unified ICU monitoring plan suitable for each patient. However, ICU patients have a common feature, that is, they are critically ill. In addition to special care, they all need at least basic daily care, that is, general care.
General guardianship
Multiparameter monitor in icu monitors heart rate, electrocardiogram and respiration; record respiration rate and blood pressure at least once every hour; measure and record body temperature every 2 hours; strictly record intake and output; measure urine specific gravity, urine routine and ketone body once every 8 hours , Check the fecal occult blood once; accurately measure the body weight once a day, and accurately record the heat card amount once a day.
The monitoring range of multiparameter monitor in icu is very wide, which can be divided into several major systems such as respiration, circulation, liver, brain, kidney, gastrointestinal, blood and coagulation mechanism, endocrine, water and electrolyte, and oxygen supply. Commonly used monitoring items include more than 20 items such as electrocardiogram, heart function, blood pressure, respiratory rate and rhythm and pattern, body temperature, urine output, arterial blood gas analysis, electroencephalogram, etc., and the scope of monitoring is divided into 3 levels according to the criticality of the disease. Special monitoring patients use primary monitoring, disease and patients who may be fatal after surgery use secondary monitoring, and those whose condition tends to be stable use tertiary monitoring.
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