Executive Summary Essay

Evidence suggests that pressure ulcers greatly increase mortality rates in both hospitals and nursing homes (Thomas, 2001). Patients who develop a pressure ulcer within six weeks of admission to an acute-care facility are three times more likely to die than patients who do not develop pressure ulcers (Thomas, 2001). Moreover, patients who develop a pressure ulcer within three months of admission to a long-term care facility are associated with a 92% mortality rate compared with a 4% mortality rate for patients who do not develop them (Thomas, 2001). This evidence alone shows how significant this problem is to the overall health status of patients. In my personal nursing experience, I have heard many complaints voiced from patients and their family members concerning the development of new pressure ulcers. Patients and family members have expressed dissatisfaction because of the increased stress and prolonged hospital stay often associated with the treatment of pressure ulcers.

I have significantly developed my skill in wound care assessment and dressing, in developing this skill I now recognize the importance of documenting each dressing. Morison (2001) supports this in saying that by detailing pressure ulcer assessment it provides a basis for deciding the effectiveness of the current treatment.

Pressure ulcers continue to be a prevalent issue in the health care system and causes “pain, slow recovery from morbid conditions, infection and death” (Kwong, Pang, Aboo, & Law, 2009, p. 2609). In the field of nursing turning and repositioning patients is a well-known nursing intervention to prevent development of pressure ulcers. However, many hospitals and facilities still neglect to apply this as a standard policy. This gives room for nurses and nursing aides to overlook the importance of this intervention resulting in increased pressure ulcer development. The purpose of turning and repositioning patients is to prevent oxygen

Pressure ulcers are one of the most common problems health care facilities often face which causes pain and discomfort for the patient, cost effective to manage and impacts negatively on the hospital (Pieper, Langemo, & Cuddigan, 2009; Padula et al., 2011). The development of pressure ulcers occur when there is injury to the skin or tissue usually over bony prominences such as the coccyx, sacrum or heels from the increase of pressure and shear. This injury will compromise blood flow and result in ischemia due to lack of oxygen being delivered (Gyawali et al., 2011). Patients such as those who are critically ill or bed bounded are at high risk of developing pressure ulcers (O'Brien et

Pressure ulcers are a problem and can lead to poor patient outcomes as well as hospital fines. Evidence based studies have shown that “the average cost of care in an acute care hospital for a patient with a stage III or stage IV pressure ulcer reported by the Centers for Medicare & Medicaid Services (CMS) is $43,180” (Jackson, 2008). Pressure ulcers and other skin breakdowns are among the most significant adverse events causing distress for patients and their care givers and compromising patients’ recovery from illness or injury (Gardiner, 2008). It is the tasks of nurses to ensure prevention of these complications is part of the daily care regimen.

While University Hospital is already on the brink of completely preventing pressure ulcers I would still recommend implementing all of the current practices but also add new additions to the team. Currently, we have a wound care team that diligently treats at risk and affected patients. Adding a nutritionist into the team to guarantee treatment from within along with prescribed medications. This will make the team and the strategies multidisciplinary. In addition to that, each treatment should be customized for each patient in regards to cost options and best treatment for their health. The project would also have to be performed repetitively without error to ensure that it is actually helpful. Patients’ skin should continue to be examined thoroughly in common places where ulcers could arise, the standardized pressure ulcer risk assessment should be used, and the proper care should be distributed once evaluated. The team should continue to record its progress and also provide company update emails to inform the facility, as well as send the appropriate data to the higher ups for public posting.

The hospital acquiring data on the above indicators of pressure ulcer incidence, prevalence of restraints,

The worse possible outcome of a pressure ulcer is death, with an approximation of 60,000 patients dying each year as a direct result of a pressure ulcer (Stotts & Gunningberg, 2007). This is significant to nursing practice because if we can prevent more pressure ulcers from occurring, we can dramatically improve patient outcomes, patient family and satisfaction, and even prevent the death of a loved one.

Pressure ulcers are a serious health care problem and it is crucial to assess how patients acquire pressure areas after admission to the perioperative environment (Walton-Geer, 2009). In the operating room factors related to positioning, anaesthesia and the durations of surgeries along with individual patient related factors can all contribute to pressure ulcer development. This essay aims to review current standards of recommended practice regarding pressure ulcer prevention efforts for the surgical patient.

The main priority of the Veterans Affairs system is getting zero pressure ulcers. To achieve this goal, staff must be knowledgeable of the basic principles of skin disease, preventions, and treatments when providing care for the elderly patients. They provide education and training on the current evidenced-base practice on pressure ulcer preventions. The approach that has been effectively used is the care bundle (AHRQ, 2014). We

Braden scale (Braden & Makelburts, 2005) use in hospitals allows nurses to identify patients at risk for pressure ulcer based on their sensory perception, mobility, activity, moisture and nutrition. Although the Braden scale is a useful tool but healthcare administrations has yet found the best method to eliminate pressure ulcers or bedsore in intensive care units. The use of foam dressing will be introduced to the intensive

20). Further, the presence of pressure ulcers places a burden on patients and their family (Grinspun, 2005, p.21). As recommended by Grinspun (2005), pillows and foam wedges to separate prominences of the body and lifting devices have been beneficial to avoid friction (p. 32). Research suggests that the majority of pressure ulcers can be avoided. Although, the population at risk likely suffers from the possible contributors, as stated repositioning at least every 2 hours or sooner was effective (Grinspun, 2005, p. 32). When practicing I will reposition patients at appropriate times to reduce the risk of damage to the skin. Additionally, when moving a patient up in bed, I will request adequate assistance from other nursing staff to use a lifting device. This will help to avoid friction while the patient is being moved, ultimately reducing the development of pressure

The INTACT trial showed a significant reduction in pressure ulcers (PU) incidence in the intervention group at the hospital (cluster) level, but this difference was not significant at the

This article includes many peer review studies to see the trend of nursing care in relation to skin care and pressure ulcer prevention. It looks at quality of assessment, implement, and plan of care before and after admission.

Highly absorbent and act by drawing excess exudate away from wound. Maintain some moisture through humidity to keep wound moist. They are commonly applied on top of other products – e.g. Hydrogels or honey. The dressing has a semi-permeable membrane backing allowing oxygen exchange and controlled evaporation, resulting in a moist healing environment. Foam dressings with anti-microbial properties are now available. The antimicrobial agent is called Polyhexamethylene biguanide (PHMB). The Polyhexamethylene biguanide attacks the bacteria in wound exudate as it is absorbed. The dressing itself helps to maintain a moist environment and also preventing pathogenic organisms from growing within