Case: Comparing Two Scenarios

Similar documents
Reducing Ventilator Associated Pneumonia (V.A.P) System and Patient Tracer

Can nurses Compliance to Ventilator Care Bundle Help to Prevent Ventilator Associated Pneumonia in ICU? Mok Chi Man, RN (SP) ICU, PYNEH, HKEC

VAE PROJECT MASTER ACTION PLAN. Note: Please be aware that these areas overlap to reduce duplication and optimize the synergies

Challenges of Sustaining Momentum in Quality Improvement: Lessons from a Multidisciplinary Postoperative Pulmonary Care Program

Goal Elements of Performance APIC Comments APIC Recommendations

Best Practices for Prevention of Ventilator Associated Pneumonia. Marti Shaver, RN, CIC Derreck Wallace, RRT Ruth Sidor, MSN APRN

VENTILATOR ASSOCIATED PNEUMONIA (VAP) SOP VAP SK-V1

Successful and Sustained VAP Prevention Patti DeJuilio, MS, RRT-NPS, Manager, Respiratory Care Services, Central DuPage Hospital, Winfield, IL

Improving Transition Home through a Standardized Discharge Process. Christopher D. Baker, MD Associate Professor of Pediatrics May 10, 2016

Policies and Procedures. I.D. Number: 1145

Implementation Assessment: Quantitative Interview

Improving Outcomes for High Risk and Critically Ill Patients

Sustaining Improvements in Pediatric Critical Care Outcomes: Toolkit for a Structured Approach

Policies and Procedures. ID Number: 1138

The Use of Patient Audits and Nurse Feedback to Decrease Postoperative Pulmonary Complications

Nurse Practitioner Impact on Patient Health Outcomes A P R IL N. KAPU, D NP, A P R N, ACNP - B C, FA A NP, F CCM

Barriers to Early Rehabilitation in Critically Ill Patients. Shannon Goddard, MD Sunnybrook Health Sciences Centre

FHA Call to Action: Eliminating Infection-Related Ventilator-Associated Complications IVAC Bi-Monthly Webinar #2 May 3, 2018

Hospital Acquired Conditions. Tracy Blair MSN, RN

Impacting quality outcomes: Utilizing an innovative unit-based nursing role. Kaitlin Lindner, BSN, RN, CCRN Stacey Trotman, MSN, RN, CMSRN, RN-BC

Marianne Chulay is a critical care nursing/clinical research consultant in Chapel Hill, NC. The author has no financial relationships to disclose.

Hospital Survey on Patient Safety Culture: Debrief and Action Planning

Your Hospital Stay After Fibular Free Flap Surgery

Actionable Patient Safety Solution (APSS) #2D: VENTILATOR-ASSOCIATED PNEUMONIA (VAP)

Simulation Implementation 2017

Developing a Patient Safety Culture within the NHS Setting the Scene. Peter Davey

a Canadian Critical Care Knowledge Translation Network ac 3 KTion Net

HPV Vaccination Quality Improvement: Physician Perspective

Your Hospital Stay After Iliac Crest Free Flap Surgery

Regenstrief Center for Healthcare Engineering

Get UP to Drive Harm Down. ND Webinar March 29, 2018 Maryanne Whitney RN CNS MSN Cynosure Health

5/9/2015. Disclosures. Improving ICU outcomes and cost-effectiveness. Targets for improvement. A brief overview: ICU care in the United States

SHIP Project: Simulation and FMEA Results

Susan Moffatt-Bruce, MD, PhD Chief Quality and Patient Safety Officer Associate Professor of Surgery The Ohio State University s Wexner Medical Center

Healthcare quality lessons from the best small country in the world

Your Hospital Stay After Radial Forearm Free Flap Surgery

Barriers to Early Rehabilitation in Critically Ill Patients. Shannon Goddard, MD Sunnybrook Health Sciences Centre

Consumers Union/Safe Patient Project Page 1 of 7

19th Annual. Challenges. in Critical Care

Identify patients with Active Surveillance Cultures (ASC)

Seattle Nursing Research Consortium Abstract Style and Reference Guide

The Movement Behind The Move: BEGINNING WITH A VISION

Final scope for the systematic review of the clinical and cost effectiveness evidence for the prevention of ventilator-associated pneumonia (VAP)

does staff intervene; used? If not, describe.

Preventing ICU Complications. Lee-lynn Chen, MD Assistant Clinical Professor UCSF Department of Anesthesia and Perioperative Care

A Resident-led PICU Morbidity and Mortality Conference

Eliminating Common PACU Delays

ABCDEF Bundle Implementation

Standard precautions guidelines Olga Tomberg, MSc North Estonia Medical Centre

CRITICAL CARE CLINICIANS KNOWLEDGE GUIDELINES FOR PREVENTING VENTILATOR-ASSOCIATED PNEUMONIA OF EVIDENCE-BASED. C E 1.0 Hour. Pulmonary Critical Care

VAP Prevention in the CTICU

Systems Engineering as a Health Care Improvement Strategy

A3/B3: Improvement in the Intensive Care Unit

Continuous Value Improvement in Health Care

Exemplary Professional Practice: Patient Care Delivery Model(s)

Leadership and Culture: Building Highly Reliable Systems of Care

Nurse involvement in quality

Room of Horrors : Engaging Interprofessional Students in a Hazards of Hospitalization Simulation. Margie Molloy, DNP, RN, CNE, CHSE Alison Clay, MD

Collaboration and Coordination in the MRICU: An Interprofessional Approach to Implementation of a Daily Review of Sedation Strategy, Liberation

8/31/2015. Session C719 Outcomes of a Study Addressing Challenges in APRN Practice and Strategies for Success. Vanderbilt University Medical Center

Patient Safety: 10 Years Later Why is Improvement So Hard? Patient Safety: Strong Beginnings

HCA Infection Control Surveillance Survey

A9/B9: Integrating Patient Safety into Your System s DNA

Human Factors Engineering

Degree to which expectations of participants were met regarding the setting and delivery of the educational activity

Bridging the Gap Between Research and Practice in Long- Term Care An Innovative Model for Success

2/24/2017. Leveraging Internal Audit to Improve Quality of Care Metrics. Internal Audit Considerations. Quality Areas of Focus

Using BIOVIGIL Technology to Improve Hand Hygiene Compliance and Awareness. by Kevin Wittrup Research by Mike Burba

SOLUTION TITLE: Can Critical Care Become A Restraint Free Environment?

Implementation of a Ventilator Associated Pneumonia Prevention Bundle in a Single. Pediatric Intensive Care Unit

Pre-Implementation Provider Survey

Mohamad Fakih, MD, MPH

The impact of an evidence-based practice education program on the role of oral care in the prevention of ventilator-associated pneumonia

Massachusetts ICU Acuity Meeting

PERSON CENTERED CARE PLANNING HONORING CHOICE WHILE MITIGATING RISK

Respiratory Therapy Program Technical Standards

Performance Scorecard 2013

A STUDY TO ASSESS THE KNOWLEDGE OF CARDIAC NURSES ABOUT VENTILATOR CARE BUNDLE IN CONGENITAL CARDIAC ICU IN SCTIMST

NORTHWESTERN LAKE FOREST HOSPITAL. Scorecard updated May 2011

NHS Innovation Accelerator. Economic Impact Evaluation Case Study: PneuX TM 1. BACKGROUND

Job Description. Job Title: (Respiratory Specialist)

Feedback from Anesthesia clinicians. 2.1 Intubate Patient Workflow

Appendix G: The LFD Tool

This paper provides an update on the the recent national SPSP conference the programme of work for Tissue Viability Acute Adult Care SPSP

And the Evidence Shows Using Specialty Certification from The Joint Commission Improves Quality

Pressure Ulcers to Zero Collaborative Guide

Innovation. Successful Outpatient Management of Kidney Stone Disease. Provider HealthEast Care System

Evaluation of a Telehealth Initiative in Wound Management. Margarita Loyola Interior Health

Scholars Week Spring Scholars Week 2016

QUALIS HEALTH HONORS WASHINGTON HEALTHCARE PROVIDERS

Rapid Rounds. Purpose What are Rapid Rounds? Structure for Implementation. Morning (AM) Rapid Rounds

Running head: LEADERSHIP ANALYSIS: ROUNDING 1

NORTHWESTERN LAKE FOREST HOSPITAL. Scorecard updated September 2012

Rita Hunsucker, DNP, Nicole Cornell, MS, Gerald Hobbs, PhD, Jorge Con, MD & Alison Wilson, MD WVU Medicine, J.W. Ruby Memorial Hospital

Wilkins: Clinical Assessment in Respiratory Care, 6 th Edition

The Health Care Improvement Foundation 2017 Delaware Valley Patient Safety and Quality Award Entry Form 1. Hospital Name Jefferson Health

USE OF NURSING DIAGNOSIS IN CALIFORNIA NURSING SCHOOLS AND HOSPITALS

Effective Floor and ICU Rounding

Burn Intensive Care Unit

Stopping Sepsis in Virginia Hospitals and Nursing Homes Hospital Webinar #2 - Tuesday, March 21, 2017

Transcription:

The Case: Case: Comparing Two Scenarios Dale Urdick and Lauren Weizhart are both Quality Improvement Managers at two large pediatric hospitals in different provinces. Although hundreds of kilomiles separate them, they both operate in similar environments and share many of the same goals and concerns. For instance, both of their QI teams have been very successful at implementing projects in the past and they both have the support of the leadership behind them. Many of the physicians, point-of-care managers, and staff members at both hospitals have received basic QI training and have participated in testing and implementing QI interventions. Both hospitals also have a pediatric VAP Prevention program. VAP stands for ventilator-associated pneumonia and is one of the top forms of hospital-acquired infections in children and infants in pediatric intensive care units. To lower the incidence, both hospitals use the VAP Prevention Bundle, which provides a series of evidence-based protocols that the ICU team can implement to try to prevent the infection. Currently, some but not all of the recommended bundle protocols are being implemented at both hospitals. The steps being performed in both pediatric ICUs include head-of-bed elevation, a limited sedation protocol and daily assessment for extubation, inline suctioning, and hand hygiene prior to all contact with the ventilator circuit. To measure their compliance, both Dale and Lauren have created VAP Prevention checklists that the point-of-care nurses complete as they perform these steps. In both hospitals, the checklist is completed about 80 percent of the time and the compliance with the Prevention Bundle elements vary, with hand hygiene and head-of-bed elevation being the lowest. Both ICUs also track incidence of VAP and there has been a significant reduction in rates since the bundle and checklist were implemented in both hospitals, but the numbers are still above their target. Although there are so many similarities in their situations, Dale and Lauren do differ in how they will be approaching the implementation of additional changes to try to reduce the VAP rates in their pediatric ICUs. Scenario #1: Dale With an accreditation visit on the horizon, Dale works with the ICU manager, the medical director, and the director of respiratory therapy, to add some extra steps from the VAP Prevention bundle to try to reach their goals. The steps include oral care, drainage of water from the ventilator circuit, and improved hand hygiene. The implementation plan for the updated guideline recommendations include the following: Drain condensation from the ventilator circuit every 2-4 hours and before patient is

repositioned Perform oral care according to the table (see below) Keep hand sanitizers at the bedside 1 Since there is already a VAP Prevention Program in place, Dale works with the management team to modify the existing checklist and provide educational material and sessions to educate the staff on the changes. He also reaches out to infection control to create a hand hygiene poster campaign and audit-feedback. The team reviews the data collected on the checklists every two weeks and sees moderate completion of the checklist and utilization of the new practices. Dale meets with the nurse manager and point-of-care nurses on the unit and learns that they find it challenging to add these new changes to their existing workload. With this information in hand, he meets with his team to assess their efforts and determine what to do next.

Scenario # 2: Lauren One of Lauren s hospital s annual corporate objectives is to further reduce the incidence of VAP by incorporating the additional elements of the pediatric VAP Prevention Bundle into the pediatric ICU. The main components of the additional interventions to be added to further prevent VAP include oral care, drainage of water from the ventilator circuit, and improved hand hygiene. The implementation plan for the guidelines recommendations include the following: Drain condensation from ventilator circuit every 2-4 hours and before patient is repositioned Perform oral care according to the table below Provide hand sanitizers at the bedside Lauren and her team believe that the new elements of the VAP Prevention Bundle may create additional workload for the point-of-care staff. She decides to assess the workload associated with the entire Bundle protocol by observing and timing the current processes of care, then she talks with the staff nurses about barriers and enablers of the current processes. She learns that the original elements, including the checklist, added significant additional work and the nurses are not sure that all the elements are value-added in reducing VAP. She discusses the checklist with charge nurses, who feel they could easily incorporate a smaller set of measures into their regularly occurring charge nurse rounds, thereby avoiding these steps needing to be completed by the bedside nurses who say that they not have time to incorporate the new work. Lauren has some volunteer nurses try the new draft processes and she learns that they indeed add up to one hour of additional work. Working with the point-of-care staff and the interprofessional team, she realizes that the respiratory therapists can easily incorporate the scheduled water drainage into their existing rounds and on trialing, she finds that it adds less

than 20 minutes per shift. The RTs understand the importance and feel they can manage this. The RTs also volunteer to help raise the head of the bed during their rounds. Lauren also realizes that significant time is spent on getting the equipment for oral care. With help for the clinical assistants, oral care bundles are created and provided at the bedside every shift. However, the nurses still believe that the oral care component adds significant workload and on observing, Lauren finds that it still takes an additional 40 minutes. One member of the team who sits on the Patient and Family Centered Care Committee reports that during a peer site visit, she had noticed that family members were assisting with oral care since they help brush their children s teeth at home. There is some concern about risk given the endotracheal tube, but the team decides to do some trial training for parents and families to involve them in managing this task. This sparks a conversation on how else the hospital can involve families to help add capacity and improve patient centeredness.

Highly Adoptable Improvement Model and Guide 5 1. Read the cases above and work at your table to discuss the key differences 2. Using the set of 6 statements below place a D for Dale and an L for Lauren in the column that best represents the strategies used by each, respectively. Assessment Descriptions End-user participation Are end-user staff/ physicians involved in the change? Active participation of end-users in the design, testing, revising and implementation of change interventions increases the likelihood of higher perceived value and is more likely to produce a less workload intensive intervention, thus increases the chance of sustained adoption. The intervention has not been designed with or tested with endusers. End-user staff/ physicians were invited to participate in the initial planning meetings where their input was sought. End-user staff/ physicians played an initial role in the design and testing of the intervention. Their feedback will be sought after implementation. End-user staff/ physicians play a continuous role in the change initiative, including designing, piloting and revising the intervention and, during the implementation phase. Their feedback is continuously sought and addressed. Alignment and planning Does the change initiative align with the organization s and/or team s values and goals and has the rollout been planned effectively? Change initiatives that are aligned with the goals, values and objectives and planned ahead of time to inform end-users and avoid project/ priority conflicts are more likely to increase perceived value and sustained adoption. The change initiative is addressing an ad-hoc request/ need with little time to plan and communicate with endusers. There are competing priorities or projects. The change initiative is addressing an ad-hoc request with some attempt to communicate the plan with the endusers and avoid competing priorities or projects. The change initiative aligns with our goals and plan, which have been communicated effectively with the end-users. However, there are other projects being implemented during the same time period. The change initiative aligns with our goals and plan, which have been communicated effectively with the end-users (or requested by them.) The timing of the implementation is such that there are no competing priorities or projects.

Highly Adoptable Improvement Model and Guide 6 Resource availability Are the required resources (training, equipment, time, personnel) for the implementation of the change initiative known and will they be made available? Providing the necessary supports and resources to aid understanding and implementation of the change initiative increases the ability for end-users to adapt the changes into their existing workflow. No assessment of the required resources has been performed. The resources have been estimated without input from end-users and have not been communicated. The resources have been estimated with some input from end-users or managers and a plan to provide the resources has been made and communicated. The resources required have been determined through testing the change initiative and feedback from end-users. A plan to provide the resources has been made and communicated with the end-users. Workload How much workload (cognitive, physical, time) is associated with the intervention? [see Appendix for sample methods for assessing workload] Interventions that have less workload or make the current workflow easier to perform are more likely to be sustainably adopted and reliably performed. We have not estimated how much workload is associated with the intervention. We have attempted to estimate the additional workload associated with the intervention and believe the additional workload should be adoptable by end-users. We have piloted the intervention and worked with end-users to assess the workload demands and have determined that the intervention adds additional workload. We are looking to see if the intervention can be further simplified, other work removed, or additional resources added. We have piloted the intervention with end-users to assess the workload demands and have determined that the new work can be implemented with no additional workload or can reduce workload and make their current work easier.

Highly Adoptable Improvement Model and Guide 7 Complexity How complex is the change intervention? Interventions that are simple in design and application are more likely to be sustainably adopted and reliably performed. The intervention requires many steps and processes that require multiple individuals and multiple departments to carry out and would not be testable. Individuals may not be able to perform the tasks reliably in multiple circumstances. The intervention requires many steps and processes that require multiple individuals and multiple departments to be involved for one cycle of the intervention to be performed. However we can to test or simulate the steps and determine how well it can be performed in multiple circumstances. The intervention has relatively few steps but requires multiple individuals and/ or departments to be involved for one cycle of the intervention to be performed. However the steps and processes can be tested and, performed reliably under most circumstances. The intervention is comprised of relatively few steps and processes that can be tested and, performed reliably under most circumstances. One or few people need to be involved for one cycle to be performed and realize the intended benefits. Efficacy What degree of evidence and belief is there that this intervention will lead to the intended outcome? Perceptions of the quality and validity of the evidence supporting the belief that the intervention will achieve the desired outcome are more likely to be adopted and produce less change fatigue and cynicism. The intervention has no published evidence that it leads to improvement and we are unaware if it has been used or been effective in other organizations. The intervention has no evidence demonstrating that it leads to improvement but has apparently worked in other organizations similar to ours The intervention has demonstrated evidence that it leads to improvement but has not been shown to work in organizations similar to ours. The intervention has demonstrated evidence that is leads to improvement, and has been shown to work in many organizations (or departments) with similar contexts to ours.