The thesis of the work is the following: “the implementation of an appropriate pressure ulcer protocol may reduce the risk of getting these lesions within three days.”
Amir, Y., Lohrmann, C., Halfens, R. J., & Schols, J. M. (2016). Pressure ulcers in four Indonesian hospitals: Prevalence, patient characteristics, ulcer characteristics, prevention and treatment. International Wound Journal, 14(1), 184–193. Web.
The following paper considers the conditions and data about pressure ulcer (PU) patients, the application of pressure ulcer treatment, and prevention protocols in four general clinics. It utilized a multicenter cross‐sectional configuration to evaluate pressure ulcers and their management in elderly patients in different clinical consideration units. The most pressing factor ulcer patients had was a late phase of the condition, classifications III and IV. They were bedridden, had shear issues and other illnesses, mostly diabetes. More than 30% of the participants suffered from severe pain from pressure ulcers and moisture injuries. Additionally, the researchers studied the applicable procedures for care for patients at risk. For instance, PU dressings with saline, ant‐microbial or ointment‐impregnated cloth, and hydrocolloid dressings appear to be the most effective against PU.
This article can be used for background information about the chosen disease’s incidence rate and its major complications. It is important in identifying the problem of the study and demonstrating the significance of proper management of patients in critical care hospitals. This is primary research that centers its scope on four Indonesian hospitals to gather critical information about pressure ulcers. For example, this study’s researchers show how illnesses and complications may cause swelling and the gap in knowledge about patient care in the world.
Mervis, J. S., & Phillips, T. J. (2019). Pressure ulcers: Prevention and management. Journal of the American Academy of Dermatology, 81(4), 893–902. Web.
Mervis and Phillips (2019) from the Boston University School of Medicine illustrate all the common practices for the management of pressure ulcers and their anticipation, with an accentuation on the proof for ordinarily acknowledged practices. They also present knowledge regarding factors that might contribute to the cause of the condition. This clinical education paper focuses on some common strategies such as pressure rearrangement and incessant repositioning, a low point of bed slant, and ideal patient situating for a decrease in the frequency of pressure ulcers. High-determination froth, dot-filled, and water-filled beddings have all been found to diminish the frequency and seriousness of ulcers in high-hazard patients in comparison with standard foam clinic pads for dressing.
The authors suggest that the alternative forms were predominant in decreasing pressing factor ulcer occurrence. In order to prevent damage to skin, dressings, together with foams, hydrocolloids, and films, should be utilized prophylactically. These dressings may lower the occurrence of friction between skin and external materials. This reference is relevant to my proposed study because of its statistical and qualitative analyses of previous research data. It has precise information about needed adjustments to the nursing care, such as the optimal degree of bed inclination, proper diet, mattress material, dressings selection, and cleaning guidelines, which will serve as a base for my research.
Moore, Z. E., & Webster, J. (2018). Dressings and topical agents for preventing pressure ulcers. Cochrane Database of Systematic Reviews. Web.
There is no detailed scientific research on the importance of topical agents in dressings when preventing pressure ulcers. Thus, Moore and Webster (2018) decided to conduct randomized controlled preliminaries which selected individuals in danger of developing pressure ulcers to test various dressings. The examinations show that there is almost no difference when applying fatty acid or olive oil as effective toppings for dressings when overcoming pressure ulcers. The study also found that dimethyl sulfoxide (DMSO) cream may expand the danger of PU frequency contrasted to the dressing with no topping. Silicone dressings may diminish any stage of pressure ulcer occurrence, and unsaturated fats versus a control compound may decrease pressure ulcer rate. As a result, this scientific article holds essential information on the most efficient dressings which should be applied for pressure ulcers prevention. The acquired knowledge can support the thesis of the proposed research on this widespread condition. Using the most suitable and effective type of dressing can facilitate the time of recovery and improve the protocol for my research.