Cheap Price Of Portable Hospital Syringe Pump Electric Smart Digital Medical Syringe Pump For Icu

Clinical application

Investigation of micro injection pump in clinical nursing of critical patients

CCU patients have the characteristics of critical illness, rapid change and high mortality. Clinical practice shows that CCU patients are prone to cardiac and renal system diseases, and large amounts of fluid infusion can cause serious complications such as heart failure and renal failure. Standardized fluid infusion in CCU patients can reduce the incidence of complications. Micro-injection pump can control the infusion speed and maintain the effective concentration of drugs in the blood, inject drugs evenly, small size, easy to move and other advantages, clinical widely used, especially in critical illness. We investigated the application status of microinjection pump in clinical nursing of critical patients.
1. Data and methods
1.1 General Information
The investigation subjects were 734 acute and critical patients admitted to our hospital from June 2013 to December 2015, including 5 intensive care departments of our hospital: CCU, cardiothoracic surgery, surgery, internal medicine and emergency.
1.2 Survey Methods
Using the self-made survey scale, the investigators were trained first, and the unified statistical content items and standards were defined, and then the investigators conducted the investigation and statistics. The contents of the investigation mainly include the application section of the micro-pump, the continuous use time of the micro-pump and the abnormal situation during the application of the micro-pump, and the statistical table is made.
1.3 Statistical Analysis
SPSS was used to establish the database. In order to ensure the quality of input, the method of double input was adopted in this study.
2 Results
Application departments: CCU132(17.98%) cases, cardiothoracic surgery 183(24.93%) cases, surgery 175 (23.84%) cases, internal medicine 166(22.62%) cases, emergency 78(10.63%) cases. (2) Use time: up to 24 ~ 48h(43.32%), < 24h(26.57%) and 48h ~ 1 week (25.89%), 4.63%(34/734) > 1 week. Among the 734 patients, 161 (21.93%) had abnormal infusion.
3 Discussion
With the improvement of medical conditions, the risk of medical staff in CCU ward increases. CCU medical staff often pay attention to the complications of the heart, brain, kidney and other systems, but often ignore the complications of large amounts of fluid infusion, which can pose a great threat to the physical and mental health of patients. Therefore, nurses should fully understand the basic knowledge of fluid infusion for critical CCU patients to achieve the purpose of reducing complications. Critically ill patients are often accompanied by different degrees of cardiopulmonary, renal tissue and organ functional impairment and dysfunction. Through micro-injection pump, drugs can be administered for a long time, micro and even. Various vasoactive drugs, sedatives and insulin can be administered according to the condition, and the dosage can be adjusted to control blood pressure, blood sugar and blood drug concentration more quickly, conveniently and time-saving. Avoid the heart burden caused by large amounts of fluid infusion to patients, avoid frequent drug changes in CCU, shorten the work procedure of nurses, and improve work efficiency. However, in the use of insulin, atropine, vasoactive drugs and other drugs, should be equipped with monitoring means to avoid serious consequences, nursing staff should fully grasp the alarm handling of the injection pump, often check whether the operation is normal, flexible grasp of monitoring skills, can not rely too much on monitoring instruments, but should be based on the patient’s clinical manifestations to judge the change of condition. There are few domestic reports on the use of microinjection pumps and nursing for critically ill patients in CCU ward. The survey showed that among all the 734 patients, the most used were cardiothoracic surgery, surgery and internal medicine. From the perspective of application time, the maximum use time was 24 ~ 48h(43.32%), followed by < 24h(26.57%) and 48h ~ 1 week (25.89%), and the proportion of > 1 week was the lowest (4.63%). The incidence of abnormal infusion was 21.93%(161/734). Consistent with relevant research. The purpose of this study was to understand the current situation of micropump in ICU patients and to provide scientific basis for the prevention of complications.