Management of Peripheral Intravascular Devices Name: Course: Professor: Institution: City & State: Date: Management of Peripheral Intravascular Devices Introduction Intravascular devices are the implements that are useful during the practice of healthcare administration, especially where the target points of administration are the blood vessels…
Other chief areas include the dressing systems – related to the areas where intravascular devices are inserted, the time to be taken before intravascular devises are checked or changed; and the favorable hang time for the devices used during the administration. During the practicum session, there are points when different reasoning areas were used, these including the application of a personal point of view and operating on the basis of initial anxiety related to clinical practice. Others included the attempts at bridging the theory-practical application gap which often calls for clinical supervision by experienced staff and the nurture of professional role and mode of practice. These different focal areas were also significant in determining the learning models that would be most helpful towards the development of the best clinical practicum experience. From the practicum, I also realized that the exposure gained at educational component of nursing. This was easy to tell, because getting easy tasks implemented could raise the feelings of anxiety and incompetence. However, with continued exposure, there was a set of knowledge accumulated and increased mastery of practice (The Joanna Briggs Institute, 2008). Literature review on the management of peripheral intravascular devices Intravascular device insertions are one of the commonly performed invasive healthcare techniques. From practice reviews, this technique has been used more than 14 million times in Australia every year, as reflected from the data available at the 2008 Australian Bureau of Statistics. Despite the high frequency of use and the crucial nature of these practices in healthcare administration, the improper administration of these creates a highly potent source of healthcare services related infections (Collignon, 1994; Maki, Kluger and Crnich, 2006; Australian Bureau of Statistics, 2008). The most severe of these is IVD based blood stream infectivity. From an evaluation of healthcare service administration in the U.S, approximately 250,000 – 500,000 intravascular devices related – bloodstream infections occur. In Australia, at least 5,000 BSIs take place every year which account for an increased mortality and a significant increase in the hospitalization time by 20 days, thus, treatment costs approximately 56,000 USD (Maki, Kluger and Crnich, 2006). In an attempt to prevent these IVD related complications and infections, researchers and clinicians have established a body of literature addressing these practice areas and the vulnerabilities expected. Some of the recommendations and the models of safety recommended have been tested thoroughly, while others have not on a wide range of devices. Further, updates and editions of these standards have been offered in the areas of the prevention and infection in IVDs use since the 1970s to date. The more recent version of the guidelines has emphasized on evidence-related practice where the assessment of quality and evidence levels are given priority. There is a wide range of infection prevention techniques proposed for use with IVD care. However, five of these are the most important in everyday practice in the lines of duty. These include the preparation of the skin before the insertion of IVDs, the barrier safety measures employed during the insertion of IVDs, the mode and number of insertion site dressing, the number of replacements to ...
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