Statement of the Problem

MHA FPX 5020 Assessment 4 Hospital acquired infections (shark) continue to indulge in considerable risk to patient health and the health care system in the Northwell Hospital system. These infections are associated with unfortunate consequences such as stays in extended hospitals, prevention deaths and increased health costs (Monegro, Muppi and Regunath, 2020).

Factors Examined and Units of Measurement 

Elements Examined  

• Burble health condition

• Use of antibiotics

• Use of aggressive medical equipment

Units of Measurement  

• Hai -cases reported

• the mortality rate

• The ratio of pressure injuries reported in adults and children

Summary of Literature Key Findings  

• Praise at Al. (2018): It was found that patients were not effective in improving patient results in state Massachusetts using patient halls to assign nurses.

• COVID and CDC team (2020): indicated that the underlying health condition increases the sensitivity of sharks.

• Peters et al. (2019): It was reported that many antibiotic resistance contributes significantly to the risk of sharks.

• Haq et al. ,,

• Adams et al. (2018): Identified environmental pollution and prolonged colonization of patients with clinical case patients as important factors in the spread of Candida Oris.

Presentation of Data 

Graphic 1: Trends in Invasive Medical Devices Use at Northwell Hospital  

• Northwell Hospital has shown the improvement of reducing sharks due to aggressive medical equipment.

 Graphic 2: Nationwide HAI Reduction Strategies  

• American hospitals have been effective in reducing shark associated with aggressive medical equipment and received a 91% reduction in bloody infections associated with the central line.

Analysis of Data 

Graphic 1:  

• Northwell Hospital Performance is under the base line to reduce shark due to aggressive medical equipment.

• Hospital management should try to reduce shark by 0.487.

Graphic 2:  

• Important improvements in US health facilities have been made to reduce blood circulation infections associated with the central line.

• Continuous effort is necessary to address shark due to antibiotic resistance and underlying health conditions.

Evidence-Based Recommendations  

• Strict adherence to hygiene practice.

• Implementation of antimicrobial management programs (ASP).

Conclusion 

Hospital caffeperated infections (shark) continue to challenge the quality of the health care system by increasing the cost of living in the hospital, increasing the cost of care and contributing to the deaths to be prevented. Important factors affecting shark include antibiotic resistance, the underlying health condition of patients and the use of aggressive medical equipment. Although there has been significant progress in reducing shark associated with aggressive devices, other contributors must address factors. The findings from this study can inform future research on the effectiveness of regulatory policy to reduce shark.

References 

Jackson, D., Sarki, A. M., Batteries, R., and Brook, J. (2019). Medical equipment -related pressure ulcers: A systematic review and meta -analysis. International Journal of Nursing Studies, 92, 109-120. Monigro, A. F., Muppidi, V., and Regunath, H. (2020). The hospital obtained the infection. Statpearls [Internet]. Peters, L., Olson, L., Khoo, D. T., Linros, S., Le, N. K., Hamburger, H., and Larsen, M. (2019). Many antibiotic resistance as a risk factor for death rate and long -term hospital:https://journals.lww.com

A cork study among patients with newborn intensive care with hospital deficit infections due to gram -negative bacteria in Vietnam. PLOS One, 14 (5), E0215666.https://www.amcp.org

Law, A. C., Stevens, J. P., Hohman, S., and Valki, A. J. (2018). Statificent intensive care unit Nurse Results after the introduction of the nurse’s staffing rules. Critical Care Medicine, 46 (10), 1563. Kovid, C., Team, R., and Y, E. (2020). Original estimate of the occurrence of underlying health conditions chosen between patients in Coronavirus 2019-USA, March 12, 28, 2020. Mercury and mortality rate Weekly Reports, 69 (13), 382.