eduzhai > Helth Sciences > Nursing >

HAPU package: a tool to reduce the incidence rate of hospital acquired pressure ulcers in ICU

  • sky
  • (0) Download
  • 20211031
  • Save
https://www.eduzhai.net International Journal of Nursing Science 2012, 2(4): 34-37 DOI: 10.5923/j.nursing.20120204.02 The HAPU Bundle: A Tool to Reduce the Incidence of Hospital-Acquired Pressure Ulcers in the Intensive Care Unit Ge rardo Carino1,2,*, Donna Ricci1, De borah Bartula1, Elizabe th Manzo1,2 , Je nnife r Sarge nt1 1Department Critical Care M edicine, The M iriam Hospital, City, Providence, RI 02906, USA 2Division of Pulmonary, Critical Care and Sleep M edicine, Warren Alpert School of M edicine at Brown University Providence, RI, 02906, USA Abstract Hospital-acquired pressure ulcers remain a large problem in hospitalized patients, most often developing in critica lly-ill patients in intensive care units. Extensive guidelines exist to assist in the prevention and care of pressure ulcers, however the individual recommendations are numerous and it is very unclear as to their relat ive importance. We reviewed these recommendations and developed a short list of 6 that we rigorously imp lemented and audited in our mixed surgical and medical ICU using an interdisciplinary team o f physicians, nurses and dieticians. We termed these 6 indicators the hospital acquired pressure ulcer bundle, or HAPU Bundle. With one year of b road utilization of these bundles, we were able to reduce the incidence of hospital-acquired pressure ulcers in our ICU fro m 12.4% to 6.1%. The HAPU bundle may prove to be an easy to use and practical tool to help apply evidence-based guidelines and reduce pressure ulcers in the highest risk patients. Keywords Pressure Ulcers, Care Bundles, Quality Improvement 1. Introduction Pressure ulcers are a significant problem in hospitalized patients. Critically-ill patients in intensive care units are at highest risk for the develop ment of new p ressure ulcers during their stay. The prevalence of p ressure ulcers in critical care has been reported at 22% while the incidence ranged fro m 8-40%[1]. Severe pressure ulcers (stage 3 and 4) are now considered “never events” by the Center for Medicare and Medicaid Serv ices. Unfortunately, hospital-acquired pressure ulcers (HAPUs) continue to occur with resultant significant morb idity and mo rtality for patients and increased costs for the health care system. These HAPUs may be avoidable when significant preventative efforts are performed consistently. Mu lt ip le pu b lished gu id elines fro m gov ern ment and professional g roups fo r the p revent ion and treat ment of p ressure u lcers are availab le. Most recent ly , the U.S. Nat ional Pressure Ulcer Ad v isory Pan el and Eu rop ean Pressure Ulcer Advisory Panels published evidence-based reco mmendations[2]. These gu idelines emphasize pat ient risk-stratificat ion and identification, avoidance of pressure, patient mobility, imp rovement of nutrition and underlying * Corresponding author: gcarino@li fespan.org (Gerardo Carino) Published online at https://www.eduzhai.net Copyright © 2012 Scientific & Academic Publishing. All Rights Reserved disease state and the utilization of specialty surfaces. However, the actual reco mmendations are nu merous (numbering over 100) and it is unclear as to the relative importance of each reco mmendation. In addit ion, specific implementation strategies are lacking. As such, the development of a simp le, straight-forward process leading to reduction of pressure ulcers would be extremely desirab le. Care bundles have been used extensively in health care to accomplish measurable improvements in mult iple conditions, including, but not limited to, ventilator-acquired pneumonia, catheter-related blood stream infections and sepsis[3-5]. In general, bundles are groupings of best practices for prevention or management of a specific entity that result in greater improvement when applied together than when each intervention is applied individually. Ideally, each of the components of a bundle would be based on an evidence-based intervention know clearly to have a beneficia l outcome. The goal of this project was to develop a relative ly simple “HAPU Bundle” based on the various evidence-based guidelines and then apply them to a critically-ill patient population as part of a quality-improvement project. 2. Methods Ev idence-based guidelines for the prevention of hospital-acquired pressure ulcers were reviewed and discussed extensively in order to establish the HAPU Bundle. 35 International Journal of Nursing Science 2012, 2(4): 34-37 The authors met mu ltiple times and discussed each individual reco mmendation put forth in the U.S. Nat ional Pressure Ulcer Advisory Panel and European Pressure Ulcer Advisory Panels. By consensus, six measures were identified and chosen as clearly important, able to regularly imp lement and measure and most likely to lead to success in prevention of pressure ulcers. These measures are shown in Table 1 and the follo wing paragraphs describe some of the supporting data and rationale. Table 1. The HAPU Bundles Daily Skin Assessment Regular Repositioning Nutrition Assessment Calorie Intake Glucose Control Redistribution Surfaces Documented in daily MD note Documented in nursing note at least q 2hours Prealbumin measured on admission and every 7 days T ube feeds at 75% or more of goal First AM glucose < 150 mg/dL Use of specialty surface noted 2.1. Daily Skin Assessment Current guidelines for pressure ulcer prevention recommend risk assessment for all patients. The Braden Score is widely used as an assessment tool by nurses and has been shown to be effective in reducing pressure ulcer prevention[6]. This has long been utilized in our facility by nursing to assess all patients. However, regular skin assessment by the physician team was not standard of care for patients in the ICU. As part of this intervention and with the goal of incorporating an interdisciplinary approach to pressure ulcer care and prevention, documentation of skin exam by the physician staff was added as one of the components of the HAPU bundle. 2.2. Regular Repositioning As prolonged exposure to pressure is the primary cause of a pressure ulcer, any primary intervention to prevent pressure ulcers needs to minimize continuous pressure. Healthy people are able to regularly reposition their bodies, both while awake and asleep, to minimize pressure and damage. Acutely or chronically-ill patients may lose this ability and with pro longed immob ility are at increased risk of developing pressure ulcers. A number of studies have suggested the benefit of regular repositioning, however the optimal frequency and technique for repositioning has not been clearly described. Repositioning every 2 hours, every 3 hours, every 4 hours or even on a rotation schedule have all been proposed as appropriate[7]. We have selected q2hr rotation as our standard and this was used in our HAPU bundle. Failure with this measure would occur with even one missed documented turn in a 24 hour period. 2.3. Nutrition Assessment Current guidelines state that all patients should have a nutritional assessment, preferably with the measurement of a nutritional laboratory parameter. A few parameters have been found to be correlated with pressure ulcer development, including prealbu min, total protein, serum albu min, and transferring and that most patients to develop severe pressure ulcers have a measurable nutritional deficiency[8]. The decision was made to measure prealbu min on ad mission to the ICU and every 7 days of the ICU stay as part of the bundle. 2.4. Calorie Intake A large percentage of critically ill patients, possibly approaching 50%, are malnourished and are clearly at increased risk to develop pressure ulcers[9]. Even with feeding protocols, patients frequently do not receive the prescribed daily calories due to a number of reasons including tube feed intolerance, inability to swallow, disease state and stopping due to diagnostic tests[10]. In line with the current reco mmendations to measure and document delivered calories, all patients had daily calo rie counts and were the achievement of 75% of their daily calorie goal was included on the bundle. 2.5. Glucose Control A large nu mber of underlying co-morb idit ies or patient-center risk factors are associated with poor wound healing, decreased tissue integrity and overall increased riskof pressure ulcers. The list includes, but is not limited to, malignancy, diabetes, cardiovascular disease, paralysis, peripheral vascular disease and smoking. Diabetes with hyperglycemia is one of the few disease processes that can be modulated closely in the acute setting. Appropriate blood sugar control in the ICU has been clearly associated with improved outcome, so this measure has also been included in our bundle[11]. The first morning glucose measured was documented, with a level <150 mg/dL defined as meeting the indicator. 2.6. Redistri bution Surfaces A large number of surfaces designed to min imize pressure and shear are availab le and are reco mmended for use in high risk patients or with a h istory of pressure ulcer[12]. A low shear and air-loss overlay mattress was utilized in our unit and then provided for patients deemed high risk. The utilizat ion of this surface was included in the bundle. 2.7. Data Collection The HAPU bundles were audited 2 times per week starting in February of 2008 for 12 months. This audit was conducted by the same investigator (EM) in order to minimize variation in the data collection. Data collection occurred on different weekday afternoons only and the ICU care team d id not have knowledge as to when the data collection would occur. Data regarding the prevalence of hospital-acquired pressure ulcers was obtained during this time period and retrospectively for the 12 months previous to the initiation of the HAPU bundle utilizing the hospitals’ Pressure Ulcer Prevalence Database. This data has been collected separately in our facility for many years as part of the hospitals’ quality program and not solely as part of this research project. Prevalence is measured by trained nurses on the third Friday Gerardo Carino et al.: The HAPU Bundle: A Tool to Reduce the Incidence of Hospital-Acquired Pressure 36 Ulcers in the Intensive Care Unit of each month when all patients are examined for pressure ulcers. Standard HAPU p revention strategies were utilized in all crit ically-ill patients throughout the study both before and after the introduction of these HAPU bundles. 3. Results and Discussion Skin Assessment 1 0.8 0.6 0.4 0.2 Compliacne with Measure Tube Feeds at Goal 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 Feb 09 - May 09 - Aug 09 - Nov 09 April 09 Jul 09 Oct 09 Jan 10 Figure 4. T ube Feed Audit Compliance with Measure 0 Feb 09 - May 09 - Aug 09 - Nov 09 April 09 Jul 09 Oct 09 Jan 10 Figure 1. Skin Assessment Audit Proper Positioning 0.7 0.6 0.5 0.4 0.3 Compliance with Measure Glucose Control 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 Feb 09 - May 09 - Aug 09 - Nov 09 April 09 Jul 09 Oct 09 Jan 10 Figure 5. Glucose Control Audit Compliance with Measure Compliance with Measure 0.2 0.1 0 Feb 09 - May 09 - Jul Aug 09 - Nov 09 - Jan April 09 09 Oct 09 10 Figure 2. Positioning Audit Nutrition Assessment 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 Feb 09 - May 09 - Aug 09 - Nov 09 April 09 Jul 09 Oct 09 Jan 10 Figure 3. Nutrition Assessment Audit Compliane with Measure Use of Surfaces 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 Feb 09 - May 09 - Aug 09 - Nov 09 April 09 Jul 09 Oct 09 Jan 10 Fi gure 6. Use of Redistribut ion Surfaces Audit Overall, 169 ICU patients were studied during the 12 month pre-intervention period and 167 patients were studied during the 12 month intervention phase using the HAPU bundles. The prevalence of HAPUs in our critically-ill patients was 12.4% (21/169) for the 12 month time period before institution of the HAPU bundles. Overall, the 37 International Journal of Nursing Science 2012, 2(4): 34-37 prevalence of HAPUs noted during the first 12 months of this intervention was 6.1% (11/167). Using a paired t-test, this difference was statistically significant with a p value of 0.04. Audit of the HAPU bundles showed variable comp liance over time. The data for each bundle co mponent is show as a compliance versus 4 quarterly t ime periods (see Figures 1-6). Skin assessment showed the most variable results over time and actually showed lower co mp liance at the end of the intervention than at the beginning (Figure 1). Th is measure proved to be the most difficult to succeed in because the physician teams assigned to the ICU changed throughout the year. With each change of careg ivers, education and reinforcement about the need to document a skin examination was needed. Comp liance with the proper positioning was difficult due to the very strict definit ion of success for this bundle component (Figure 2). As seen in Figure 3, co mp liance with the nutrit ion assessment measure was fairly consistent over time. There were improvements with achieving the tube feed goals over time (Figure 4), however reduced compliance with the glucose goals was observed (Figure 5). These 2 findings may be related. Finally, the use of specialty redistribution surfaces was also variab le (Figure 6), wh ich was somewhat expected as their use was not standardized and left to physician discretion. While, in general, there was not a clear increase in compliance over time with all the bundle components, the compliance was likely increased over pre-intervention. 4. Conclusions The prevalence of HAPUs in ICUs continues to be high and there are mult iple factors associated with increased risk. Current recommendations are very extensive and difficult to implement as a whole. By creating and imp lementing a HAPU bundle that incorporates a small number of interventions known to decrease HAPUs and auditing its use, the rates of HAPU in the ICU can be reduced. Even with imperfect co mpliance with our HAPU bundle, we were ab le to reduce our prevalence fro m 12.4 to 6.1%. There remains roo m for improvement in the implementation and adherence to these HAPU bundles that we describe and we certainly do not want to suggest that they can take the place of the remain ing pressure ulcer prevention recommendations. However, th is HAPU bundle may be a useful and practical tool in obtaining further reductions in hospital-acquired pressure ulcers and are a clear indication that a mult idisciplinary approach is needed for success. ACKNOWLEDGEMENTS The authors would like to acknowledge the staff of the Miriam Hospital Intensive Care Unit who contributed greatly to this project. This project was approved by the Miriam Hospital Institutional Research Revie w Board. REFERENCES [1] Kaitani T, Tokunaga, K M atsui, N et al. Risk Factors Related to the Development of Pressure Ulcers in the Critical Care Setting. Journal of Clinical Nursing 2010; 19: 414-421 [2] Association for the Advancement of Wound Cae (AAWC) Guideline of Pressure Ulcer Guidelines. M alvern, Pennsylvania: Association for the Advancement of Wound Care (AAWC) 2010 [3] Pronovost P, Needham D, Berenholtz, S, et al. An Intervention to Decrease Catheter-Related Bloodstream Infections in the ICU. NEJM 2006; 355(26): 2725-2732 [4] Dellinger RP, Carlet JM , M asur H, et al. Surviving Sepsis Campaign Guidelines for M anagement of Severe Sepsis and Septic Shock. Intensive Care M edicine 2004; 30(4)536-555 [5] Wip C and Napolitano, L. Bundles to Prevent Ventilator-Associated Pneumonia: How Valuable are They? Curr Opin in Infect Dis 2009; 22:159-166 [6] Comfort, E. Reducing Pressure Ulcer Incidence through Braden Scale Risk Assessment and Support Surface Use. Adv Skin Wound Care 2008; 21:330-4 [7] Krapfl LE, Gray M. Does Regular Repositioning Prevent Pressure Ulcers. J Wound Ostomy Continence Nurs. 2008; 35(6): 571-577 [8] Guenter P, M alyszek R, Bliss DZ et al. Survey of Nutritional Status in Newly Hospitalized Patients with Stage III or Stage IV Pressure Ulcers. Adv Skin Wound Care 2000; 13(4): 164-8 [9] Quirk J. M alnutrition in Critically Ill Patients in Intensive Care Units. British Journal of Nursing 2000; 9(9):537-41 [10] Heyland DK, Cahill NE, Dhaliwal R, et al. Impact of Enteral Feeding Protocols on Enteral Nutrition Delivery, Results of a M ulticenter Observational Study. JPEN 2010; 34: 675-684 [11] NICE-SUGAR Investigators. Intensive versus Conventional Glucose Control in Critically Ill Patients. NEJM 2009; 360(13): 1283-1297 [12] Pemberton V, Turner V, VanGuilder C. The Effect of Using a Low-Air-Loss Surface on the Skin Integrity of Obese Patients: Results of a Pilot Study. Ostomy Wound M anagement 2009; 55(2): 44-8

... pages left unread,continue reading

Document pages: 4 pages

Please select stars to rate!

         

0 comments Sign in to leave a comment.

    Data loading, please wait...
×