Search

The accurate vascular monitoring by nurses both at the beginning and during infusion treatment, in addition to the selection of the best device for each patient, can increase patient satisfaction, reduce complications, preserve peripheral veins, reduce or eliminate time used to find unlikely vein access, reduce hospital stay length and reduce the costs associated with infusion treatment. Aims of study are to ascertain the presence of a procedure for choosing the most suitable venous device for each patient, to identify nurses' criteria to make a vascular assessment, and to describe when nurses make a vascular assessment. A descriptive study with convenience sample of 290 nurses. The data collection instrument is an anonymous questionnaire. The questionnaires administered, returned, and considered valid were 227. 14% of the sample states that within their ward there is a a procedure to evaluate the most suitable device, while 70% states the opposite and 16% of the sample states that "they do not know". The results show fairly clearly that in the wards considered there is no procedure currently in use in order to choose the most suitable device for each patient, that nurses do not have clear criteria to make a vascular assessment, that they carry out vascular assessment at different times of the infusion's process.

The purpose of the present study was to evaluate the possible electrophysiological effects of Indoprophene, a new non steroidal analgesic anti-inflammatory agent, which might be employed in the treatment of chest-pain from myocardial ischemia. Ten patient, who were undergoing a electrophysiological study for diagnostic purposes, were given 400 mg of indoprophene by intravenous rapid bolus. The A-V conduction times were recorded in basic condition and 30 minutes after administration of the drug. The data we collected show that Indoprophene does not influences either normal or prolonged A-V conduction times. We conclude that the drug, as it has a good effect on pain and lacks haemodynamic consequences and effects on conduction and excitability, is recommendable for the treatment of chest-pain from myocardial ischemia.