Root Cause Analysis LITE (RCA Lite) - Patient Safety Institute

2y ago
90 Views
10 Downloads
804.97 KB
12 Pages
Last View : 16d ago
Last Download : 3m ago
Upload by : Nadine Tse
Transcription

Root Cause Analysis LITE(RCA Lite)INTRODUCTIONThe root cause analysis “Lite” tool is designed to assist Ottawa Hospital teams to review an adverse eventor near miss, identify root causes of the event and develop recommendations to reduce the likelihood ofrecurrence. This tool is intended for those adverse events that do not require a Critical Incident Review(see corporate policy on Critical Incident Reviews – ADM IX 150.)DEFINITIONAdverse Event (AE) - can be defined as an unexpected or undesired incident directly associated with the care or services provided to thepatient. an injury that occurs during the process of providing health care and results in patient injury ordeath; an adverse outcome for a patient including an injury or complication.Critical Incident (CI) - is an incident resulting in serious harm (loss of life, limb, or vital organ) to thepatient, or the significant risk thereof (i.e. near miss). Incidents are considered critical when there is anevident need for immediate investigation and response. Please refer to the Critical Incident Review Policyand notify a Risk Management Consultant at 13377 if you suspect a CI has occurred.Near Miss (no harm event) - is an interception that prevents injury or harm to a patient and is an earlywarning sign for future similar mishaps that could result in patient/employee injury.ORGANIZING RCAs1. Determine The RCA TeamTypically a team is comprised of the involved nurses, physicians, therapists, pharmacists, and any othercare providers who directly participated in the event. Someone from within the group can be identified as aFacilitator to lead the review. When such a team is created, it permits the healthcare professionals anopportunity to help create solutions to reduce the likelihood of a recurrence.The Facilitator should collaborate with the team to collect background facts in advance of the RCA.Page 1 of 12

2. Organize REVIEWThe “lite” version of a RCA review generally takes 30 minutes to one hour. There are instances where asecond meeting may be required. reserve a comfortable room, conducive to open discussion, extend invitations to identified team members.On the invitation, identify the objectives of the review, namely to review and confirm sequence of events, define contributing factors, develop recommendations and develop a measurement tool to assess if the recommended changes have had the desired effect(e.g. audit).3. GATHER information regarding the IncidentPrior to the review, collect and review the following: the chart relevant policies and procedures information from staff, gathered by interviews relevant literature may be helpful to determine best practices and how others may haveaddressed a similar problem4. At the REVIEWThe Facilitator ensures that: the team members are aware of the principles of confidentiality and the need to respect theprivacy of the patient and the involved caregivers, issues related to the care delivery system in which the event occurred are addressed, and notthose related to the competencies of specific individuals, the review is conducted in a non-blaming environment.Using the preliminary information collected by the Facilitator, the team: confirms the facts and the sequence of events and identifies what should have happened vs. what did happen, (a flowchart can be helpful todiagram the facts – see Sample – Figure A).Figure A.Page 2 of 12

5. Determine CONTRIBUTING FACTORS and ROOT CAUSESAt this phase, the focus is on recognizing all system issues that may have contributed to the event. Fromthese contributing factors the root causes are identified. The Root Cause is the earliest point where action could have been taken to prevent the event.To confirm this ask, “If this factor were eliminated or corrected, could this prevent a similarevent?One method of drilling down to determine the contributing factors and ultimately the root cause is byrepeatedly asking the question “Why did this happen” or “Why was this done?” The following is aSample Problem statement: You are on your way home from work and your car stops in the middle of the roadWhy did your car stop? (I ran out of gas)Why did it run out of gas? (I didn’t buy any gas on my way to work)Why didn’t you buy any gas this morning? (I had no money)Why didn’t you have any money? (I lost it in last night’s poker game.)Why did you lose your money in last night’s poker game? (I’m not good at bluffing when I don’thave a good hand – that is the root cause of this event)So you can see that the “Root Cause” or the REAL problem is not “Running out of gas” – that is just theend product of a more “DEEPLY ROOTED problem.Root causes can be clustered on a Fish Bone Diagram (Figure B.) to identify the system areas of concernsuch as communication, training, fatigue, policies and others.CommunicationIncomplete EMSreportTrainingNew “grad” reluctant tointerrupt MD forclarificationFatigue/ SchedulingBusy ED & EMSSystemUse of trailing “0”Wrong dose administered(10 mg instead of 1 mgMorphine).No policy forindependent doublecheck of narcoticsPolicies /ProceduresEnvironment/EquipmentBarriersFigure B.Page 3 of 12

6. Develop ACTIONS and DETERMINE performance measurementsSome types of actions have been found to be more beneficial and effective and are outlined in theRecommended Hierarchy of Actions (See Figure C.)Actions should: target the elimination of the rootcauses, offer a long-term solution to theproblem, not create new problems, be objective and measurable be achievable and reasonable. have set time frames and identify the most responsibleperson(s) for enacting the requiredchangesConsider the following when developingrecommendations: who will be affected by the actions? the likelihood of success does it support TOH mission, vision,and values? are there barriers toimplementation? costs measurabilityFigure C.At the time of the review the team can determine what performance measures will be used to bestdetermine if the change will result in improvement, no change, or if indeed the change resulted in newproblems. Tools to assist with this step can be accessed at the following links (See Appendix A Measurement Principles and Guidance; and Appendix B - presentation done by Ross Baker)7.Implement the ActionsAt the time of the review the “most responsible person” (MRP) for each action will agree to oversee theimplementation of the recommended action and a target date. Use the “Action Plan Template” (SeeAppendix C) to document care delivery problem, recommendations/plans, MRP, measurement, target dateand the ongoing status of the items. One person should be charged with maintaining and monitoring theAction Plan for completionPage 4 of 12

8. Measure/Evaluate the Effectiveness of the ActionsThis step is to be done using the agreed upon performance/measurement tool(s) (see #6 above). If thedesired changes have not occurred, there may be a need to revisit the proposed actions and develop newones.References:1. Baker, Dr. Ross, Measurement and Root Cause Analysis2. Davies, Dr. Jan M, Hébert, Dr. Philip, Hoffman, Carolyn, Canadian Patient Safety Dictionary, October 20033. G. Ross Baker, D. Barnard, J. Cervinskas, Dr. D. Kendel, S. Kutty, G. Miller, M. Marshall, W. Nicklin,M.C. Poulin, B. Salsman & Canadian Patient Safety Institute, Canadian Root Cause AnalysisFramework, March 20064. The Ottawa Hospital – Critical Incident Review Policy, September 2005Page 5 of 12

Appendix AQuality Improvement and Measurement:You can’t have one without the otherThe Model for Improvement was first published in 1992 and provides a framework for developing, testingand implementing changes to the way things are done that will lead to improvement. The model consists oftwo parts. The first, the ‘thinking’ part, consists of 3 fundamental questions that are essential for guidingimprovement work. The second part, the ‘doing’ part, is made up of Plan, Do, Study, Act (PDSA) cycles thatwill help you make rapid change.The ‘thinking’ part includes 3 questions to assist you in framing your work: Aim – What are we trying to accomplish? Measures – How will we know that a change is an improvement? Change – What changes can we make that can lead to an improvement?The ‘doing’ part is made up of the Plan-Do-Study-Act (PDSA) cycle. Plan – Determine objectives, what are you going to do, who will be involved, where and when will ittake place, what do you predict will happen and what are you going to measure in this cycle? Do – Carry out plan, data are generated and collected in this step Study – Analyze data, compare results to predictions, summarize what was learned. Includeexpected and unexpected results. Act - Key indicators or measures are monitored; changes made and/or next cycle of PDSA isinitiatedSome principles for using data to support improvement in busy clinical settings include1: Keep measurement simple (think big, but start small) Use both qualitative and quantitative data Seek usefulness, not perfection, in the measurement Write down the operational definitions of measures Measure small, representative samples Use a balanced set of process, outcome and structure measures or indicatorsProcess Measure: Provides a measure of activities and tasks undertaken to achieve program orservice objectivesOutcome Measure: For patient care teams that provide direct or indirect patient care, outcomeindicators should be patient related and should measure those changes in the patients’ healthstatus that can be attributed to preceding care and service (i.e. processes and structures).Structure Measure: Provides a measure for the type and amount of resources used by a healthsystem or organization to deliver programs and services. Examples of structure indicators relate toamounts of money, beds, supplies and buildings.1Nelson EC, Splaine ME, Batalden PB, Plume SK. Building Measurement and Data Collection into MedicalPractice. Ann Intern Med. 1998; 128:460-466Page 6 of 12

MODEL FOR IMPROVEMENT Aim: What are we trying to accomplish? Measures: How will we know that a change is an improvement? Change: What changes can we make that will result in improvement?Act: on results andwhat has beenlearnedStudy: did results leadto improvement?Plan: What, how,who, when, data?ActPlanStudyDoDo: What is working ornot working?Page 7 of 12

Appendix BROSS BAKER PRESENTATION(read down then over to second column, then on to next page)Page 8 of 12

Page 9 of 12

Page 10 of 12

Page 11 of 12

Appendix CAction Plan TemplatePatient Initials and MRN:Description of Incident:Date of IncidentDate of the ReviewIssueRecommendations/Plan forMost ResponsibleResolutionPerson1. Equipment IssuesMeasurement(Most responsible person)TargetDateStatus2. Work Environment Issues (staffing, scheduling, environment)3. Rules, Policies, Procedures & Protocols, Processes Issues4. Communication Issues5. Staff Factors (knowledge, skill)6. Patient Factors (condition, language, social factors)Page 12 of 12

Root Cause Analysis LITE (RCA Lite) INTRODUCTION. The root cause analysis “Lite” tool is designed to assist Ottawa Hospital teams to review an adverse event or near miss, identify root causes of the event and develop recommendations to reduce the likelihood of recurrence.

Related Documents:

WHAT IS ROOT CAUSE ANALYSIS? 2 Root cause analysis (RCA), is a structural step by step technique that focuses on finding the real cause of a problem and deals with it. Root Cause Analysis is a procedure for ascertaining and analyzing the cause of problems, to determine how these problems can be solved or be prevented from occurring. 8.6.2014

USING SAP ROOT CAUSE ANALYSIS & SYSTEM MONITORING FOR SYBASE UNWIRED PLATFORM 6 2. ROOT CAUSE ANALYSIS FOR SUP IN SOLUTION MANAGER After SMD Managed System Setup and Configuration, the Root Cause Analysis features of SAP Solution Manager Diagnostics are available in the Root Cause Analysis work center of SAP Solution Manager. Find further information about End-to-End Root Cause Analysis on SAP .

Root cause analysis (RCA) is a process of analysis to define the problem, understand the causal mechanism underlying transition from desirable to undesirable condition, and to identify the root cause of problem in order to keep the problem from recurring [15]. There are a variety of methods as RCA tools: Cause-Effect Diagram, Fault Tree Analysis,

CC Headset LOCAL 4-Pin XLR M 4-Pin XLR F ClearCom Base Station XLR-M XLR-F LOCAL XLR-M XLR-F Wall Plate 1 HOUSE Cordor 1 Military F Military M Military M Military F Mic 24 House Snake XLR-M XLR F AD24 Remote Out Denon 1800F RCA F RCA M LOCAL RCA M RCA F 2TK1 L RCA F RCA M LOCAL&

French doors bring more options for interior spaces. CraftMaster offers clear pine or primed available in 1-Lite, 5-Lite, 6-Lite, 10-Lite, 12-Lite, 15-Lite and 18-Lite doors. CraftMaster offers a complete selection of interior doors to fit any home

"Fishbone" Diagram: Measures Top Primary Root-Cause Primary Root-Cause Second level Root-Cause Third level Root-Cause Fourth level Root-Cause Measures Education & Training To Recognize Fatigue Failure Of IRS Fatigue Management Systems Political Will Regulation & Policy Under-Reporting Hours Of Service (HOS) Recording Device

analysis on incidents with different levels of severity e.g. 5 Whys analysis, cause-and-effect analysis, or a formal analysis using the Apollo Root Cause Analysis methodology with a cross-sectional team. Guidelines When to do a 5 Whys analysis? When to do a Cause-and-effect analysis? When to do a formal Analysis using the apollo .

An introduction to the digital agenda and plans for implementation Authors Matthew Honeyman Phoebe Dunn Helen McKenna September 2016. A digital NHS? Key messages 1 Key messages Digital technology has the potential to transform the way patients engage with services, improve the efficiency and co-ordination of care, and support people to manage their health and wellbeing. Previous .