Two Hospitals-One Heart: World Class Heart Care through Multi-Disciplinary Collaboration

Similar documents
STEMI SYSTEM RECEIVING CENTER STANDARDS AND DESIGNATION

San Joaquin County Emergency Medical Services Agency

Contra Costa County Emergency Medical Services. STEMI System Performance Report

EP15: Describe and demonstrate interdisciplinary collaboration using continuous quality and process improvement.

Duke Life Flight. Systems of Care for Time Dependent Emergencies. Disclosures. Disclosures 9/19/2017

Implementing & Improving Upon A STEMI System

STEMI ALERT! Craig M. Hudak, MD, FACC,FACP 24 January 2015

How to Establish a Multi Hospital STEMI Transfer System

Contra Costa County Emergency Medical Services. STEMI System Performance Report

STEMI Receiving Center Designation Process

SIMPLE SOLUTIONS. BIG IMPACT.

Southwest Texas Regional Advisory Council Regional Percutaneous Coronary Intervention Facility & EMS Heart Alert Agencies

Washington State Emergency Cardiac & Stroke System of Care. Sample proof of concept Report Cardiac Measures

STEMI RECEIVING CENTER

Ambulance Operations Procedure Appropriate Hospital Access for ST Elevation Myocardial Infarction Patients. National Ambulance Service (NAS)

Integrating EMS into Rural Systems of Care. John A. Gale, MS National Conference of State Flex Programs July 24, 2013

Mission: Lifeline Hospital Accreditation Webinar. June 21, :00PM 3:00PM CST

Improving Clinical Outcomes The Case for Electronic ED Door to EKG Time Monitoring

PURPOSE: The purpose of this policy is to establish requirements for designation as a STEMI Receiving Center (SRC) in San Joaquin County.

MEMORANDUM OF UNDERSTANDING

PRIMARY PERCUTANEOUS CORONARY INTERVENTION (PPCI) PROTOCOL

NCDR 13 Annual Conference. ACTION Registry-GWTG Workshop #1. Disclosures Dr. Fonarow, MD, FACC, FAHA. Objectives 2/28/2013.

STEMI System of Care Policy

Performance Scorecard 2009

Region III STEMI Plan

2018 Mission: Lifeline EMS Detailed Recognition Criteria, Achievement Measures and Reporting Measures

MBQIP Measures Fact Sheets December 2017

TIME CRITICAL DIAGNOSIS SYSTEM

The STEMI ALERT Packet

Multidisciplinary Process Improvement Building Relationships

Mission: Lifeline and GWTG-CAD (Coronary Artery Disease)

Emergency Department Throughput

STEMI System of Care: Where do you fit in?

Birmingham Regional EMS System STEMI System Plan

EMS Engagement Communication Tools and Strategies for Coordinating Patient Care

Patient Engagement HCAHPS. HCAHPS Composite 4. HCAHPS Composite 5. Cleanliness of Hospital Environment. Communication about Medicines

Polling Question. Polling Question. Taking Education to the Healthcare Team In-situ Simulation in Acute MI Care as a Model for Team-focused CME

EMS S Y S T EM REPOR T

Performance Scorecard 2013

March 28, 2018 For Decision Board of Directors Item 9.0 Comprehensive Regional Cardiac Program Plan

Caring for the STEMI Patient:

Acceleration for ACS. NSTEMI Event 09 November. Outputs from Table Discussions

Quality Matters. Quality & Performance Improvement

Annual Report. DUFFERIN COUNTY PARAMEDIC SERVICE 325 Blind Line Orangeville, ON L9W 5J8

NORTHWESTERN LAKE FOREST HOSPITAL. Scorecard updated September 2012

Chest Pain Accredited. Transplant Program-Heart, Kidney, Liver. Hear Transplant Program serving San Antonio area for 25 years

Objective Measurement

Cardiac Certification. Achieving excellence beyond accreditation

Clinical Program Cost Leadership Improvement

The Medicare Beneficiary Quality Improvement Project (MBQIP) Monthly Performance Improvement Call

NORTHWESTERN LAKE FOREST HOSPITAL. Scorecard updated May 2011

Institute of Medicine Committee on Patient Safety & Health Information Technology

Where do you fit in? STEMI System of Care. Saturday, May 16, a.m. to 12:15 p.m.

Redesigning the Acute Coronary Syndrome (NSTE- ACS) pathway at Morriston Cardiac Centre - The case for change

Statistical Note: Ambulance Quality Indicators (AQI)

Measure: Current State Spaghetti Diagram

Operational Excellence at Lifespan. Sharon Tripp RN, MS, CPHQ Director of Clinical Excellence

Cardiovascular Center of Excellence Program Overview and Eligibility v1.3

From care home to A&E. Terry Healy and Vicki Hirst

Utilizing Systems Engineering Methodologies to Enhance Clinical Decision Support

Wholehearted HEALTH CARE

Healthcare Finance Management Association: Continuous Improvement Foundations

Reducing Diagnostic Errors. Marisa B. Marques, MD UAB Department of Pathology November 16, 2016

Heart attack care in Ireland 2014

BETA HEALTHCARE GROUP

Buchanan, 1996; Knaus, Felton, Burton, Fobes, & Davis 1997, J. of Nsg Administration

Clinical Resource Manual For The Protocol On Iabp

Discharge checklist and follow-up phone calls: the foundation to an effective discharge process

1/9/2017. Systems of Care in EMS: An Integrated System of Cardiac Care. Describe systems-based response to time-sensitive clinical conditions

Clinical Operations in a Service Line Model

Golden Jubilee National Hospital. Leading Quality, Research. and. Innovation

Improving Emergency Response in the Outpatient Clinic Setting

AirStrip ONE Cardiology

ATTACKING WASTE AND VARIATION HOSPITAL-WIDE: A COMPREHENSIVE LEAN SIGMA DEPLOYMENT

Laboratory Turnaround Times in Emergency Departments. Eliminating wasteful steps and bottlenecks with Lean Six Sigma

NEW INNOVATIONS TO IMPROVE PATIENT FLOW IN THE ED AND HOSPITAL OCTOBER 12, Mike Williams, MPH/HSA The Abaris Group

Aligning Hospital and Physician P4P The Q-HIP SM /QP-3 SM Model. Rome H. Walker MD February 28, 2008

Stroke System-of- Care Plan. Mississippi State Department of Health

Pre-Hospital. 8 Minutes stops the clock but doesn t burst the clot. Gerry Egan

Digitizing healthcare Digital Innovation Forum Henk van Houten Chief Technology Officer, Philips

Outpatient Quality Reporting Program

American College of Cardiology Patient Navigator Program Focus MI National PROGRAM REQUIREMENTS

Code Sepsis: Wake Forest Baptist Medical Center Experience

Reducing Preventable Hospital Readmissions in Post Acute Care Kim Barrows RN BSN

Intermediate Coronary Care Unit Rotation

HEART INVESTIGATION UNIT

Flex Monitoring Team Briefing Paper No. 29 Developing Regional STEMI Systems of Care: A Review of the Evidence and the Role of the Flex Program

Emergency Department Throughput : The Cambridge Health Alliance Experience

Minicourse Objectives

Measurement Strategy Overview

Patients experience of acute myocardial infarction during emergency treatment A qualitative study

Capital District Emergency Services Council CDESC

Lean Implementation at Jefferson Healthcare. Earll Murman LAI Annual Conference March 25, 2010

Lean Six Sigma DMAIC Project (Example)

Using Clinical Criteria for Evaluating Short Stays and Beyond. Georgeann Edford, RN, MBA, CCS-P. The Clinical Face of Medical Necessity

Contents. Welcome to the Cath Lab P4/5

Navigating the Learning & Simulation Center

Preventing Heart Failure Readmissions by Using a Risk Stratification Tool

Specialty Payment Model Opportunities Assessment and Design

Improving Hospital Performance Through Clinical Integration

Transcription:

Two Hospitals-One Heart: World Class Heart Care through Multi-Disciplinary Collaboration American Nurses Association Susie Schnitker RN, BSN, CEN 7 th Annual Nursing Quality Conference Director of Critical Care Services February 18, 2013 Schneck Medical Center Session 206 8:30 am-9:30 am Seymour, Indiana 1

Seymour, Indiana SEYMOUR 2

Schneck Medical Center 97 beds Not-for-profit Facilities Main Campus State-of-the-Art Cancer Center Outpatient Rehabilitation Center Home Services Convenient Care Centers 3

Objectives Describe the benefits of a collaborative approach to heart care Define measures to focus priorities for cycles of improvement 4

Best in Class Door to Balloon (D2B) for ST-Elevation Myocardial Infarction (STEMI) Patients 5

What is a STEMI STEMI is an acronym meaning "ST segment elevation myocardial infarction," which is a type of heart attack. This is determined by an electrocardiogram (ECG) test. In a STEMI, the coronary artery is completely blocked off by the blood clot, and as a result virtually all the heart muscle being supplied by the affected artery starts to die. During an acute STEMI seconds count! There is a direct relationship between the amount of time a heart artery is blocked and the severity of the heart attack and odds of survival 1.5 million Heart attacks occur in the US each year with 500,000 deaths A heart attach occurs about every 20 seconds with a heart attack death about every minute. Heart attack is a leading killer of both men and women in the United States 6

Estimated In-hospital Mortality D2B Time STEMI In Hospital Adjusted Risk of Mortality (%) 10 8 6 4 2 0 Gold standard <120 minutes for hospitals without a Cath Lab 15 30 69 90 120 150 180 Time (minutes) 7

2. 1. Project Selection T E A M Current Situation Analysis PROJECT 4. 3. Project Implementation & Results M A N A G E M E N T Solution Development 8

Development of Code STEMI Purpose: Four Main Drivers Behind D2B Time Improvement Patient Outcomes CMS Guidelines JC Guidelines Risk Management Goal: Achieve best in class door to balloon times for patients suffering from ST-segment elevation myocardial Infarctions (STEMI) by working with our competitor hospital and local EMS to implement an ideal system of care to provide seamless transitions from each stage of care to the next. The American Heart Association and the American College of Cardiology recommend that the door-to-balloon time interval be no more than 90 minutes and under 120 minutes when the patient has to be transferred to another hospital. 9

DMAIC DEFINE MEASURE ANALYZE IMPROVE Identify scope of project & key stakeholders Identify stakeholder requirements Create data collection tool Identify key measurements Gather and analyze data Median D2B time = 167 Min Collaborate with CRH & Jackson County EMS Identify & eliminate barriers to implementation CONTROL Implement monitoring method Deploy results to all key stakeholders 10

Project Charter STEMI IMPROVEMENT PROJECT Project Charter Organizations: Schneck Medical Center, Jackson County EMS, Columbus Regional Health, Champions: Tammy Dye & Vicki Johnson Process Owners: Matt Chandler, Susie Schnitker Staci Glick, Julie Bailey & Dennis Brasher Project: ED STEMI: Rapid Identification and Intervention Problem Statement: In quarter one 2010 our median door to balloon time was 167 minutes. The American Heart Association and the American College of Cardiology recommend that the door-to-balloon time interval be no more than 90 minutes and under 120 minutes when the patient has to be transferred to another hospital. Project Objective: The objective of this project was to create a process that allowed 100% of STEMI patients to be reperfused with a door to balloon time under 90 minutes. 11

SIPOC EMS Registration Triage Nurse Emergency Physician Dispatch Transportation 12 Lead EKG Doctor assessment History & Physical Diagnosis Handoff Communication 1.Onset of symptoms 2. EMS Dispatch 3. 12-lead ECGs 4.Early Diagnosis 5. Transport to SMC 6.ED MD confirms diagnosis, pt stays in ambulance 7.Notify CRH/Activate Cath Lab Positive patient outcomes Pt & Family satisfaction Accurate, timely information. Accurate, timely treatment Door to Balloon time under 90 minutes Patient Families Staff Physicians SMC, CRH, & JCEMS Dispatch 8. Transport to CRH 9.Cath Team receives patient from EMS 10.Patient treated 12

Excellence Every Person, Every Time Project Impact on Key Stakeholders Patient SMC,CRH, & JCEMS Physicians & Staff Improved outcomes Increase patient satisfaction Increase in clinical quality Increase possibility for further collaborations Streamlined processes Increased staff engagement Door to balloon times under 90 minutes (best in class) Address to balloon times under 120 minutes (best in class) Improved patient outcomes 13

1. Project Selection 4. Project Implementation & Results T E A M 2. Current Situation 2. Analysis PROJECT 3. M A N A G E M E N T Solution Development 14

STEMI Kaizen Event 2 D a y K A I Z E N ED STEMI Kaizen Event Agenda Day 1 (September 27th, 2010) Day 2 (September 28th, 2010) 0830-0900 Training and review of current data (SZ) 0830-1015 Future state process map 0900-0930 SIPOC 1015-1030 Break 0930-0945 Break 1030-1200 Action Plan 0945-1030 Review/validate current state map 1200-1230 LUNCH 1030-1100 Affinity diagram and creation of Customer Requirement Tree 1230-1500 Implement Improvements through 5S and system redesign 1100-1200 1200-1245 LUNCH 1245-1400 FMEA 1400-1415 Break 1415-1500 FMEA Brainstorming of potential failure modes using Man/Machines/Materials soft tool 1500-1630 Control Plan 1500-1630 Brainstorm of improvments 15

SWOT Chest Pain Center Accreditation Engaged Stakeholders No Cath Lab (Schneck Medical Center) Variances in standard of care Develop partnerships with EMS & CRH Standardize care every patient, every time Quality of care due to locums ED physicians Loss of market share 16

Goal: Door to Balloon Time <90 Minutes Schneck Stats Employees 800 Beds 113 CRH Stats Employees 1,625 Beds 225 17

Current State Process Map Patient calls 911 ED Physician assess & diagnose. EKG is repeated Patient is transported to receiving facility EMS Responds EKG obtained ED Physician contacts Indianapolis facility to transfer patient Facility receives patient Patient intervention Transports to SMC Facility activates catheterization lab Patient is transferred to Cath lab Patient is triaged and placed in treatment room EMS or helicopter is contacted to transport patient 18

Desired State Process Map Patient calls 911 Transports to SMC Patient is transported patient to CRH EMS Responds Patient is triaged in ambulance bay Patient intervention Facility receives patient and transports to Cath Lab Paramedic obtains EKG & activates Code STEMI. Medical control activates Cath Lab ED Physician contacts CRH cardiologist with additional information 19

Narrowing the List of Opportunities 20 Failure Mode Effect Analysis

1. Project Selection 4. Project Implementation & Results 2. T E A M Current Situation Analysis 3. PROJECT M A N A G E M E N T Solution Development 3. 21

Solution Development Guidelines/ Standards Society for Chest Pain Accreditation American Heart Association Evidence Based Best Practice AMI Simulation American Society of Cardiology Evidenced Based System Design 22

Solution Development Grant Application and Recipient: Simulation for Improved Teamwork in Myocardial Infarction SIM-FIT MI An in situ Educational Initiative Tailored to Individual Hospital Needs April 13, 2011 Taped and analyzed by The American College of Cardiology 23

Solution Development EMS performs 12 lead EKG and field activates one call process to cath lab for positive STEMI EKG s SMC ED physician and nursing team assesses and stabilizes patient in ambulance for transport to CRH Developed similar process for walk in STEMI patients Standardized equipment between all providers Data collection and rapid feedback to everyone involved in the process Collaboration & coordination of resources Mock code event to identify waste in process Training & education to Dispatch, EMS, SMC ED Staff, CRH ED Staff, Cath Lab Staff 24

Intended Benefits Intended Benefits Tangible Improve door to balloon times Improve patient outcomes Intangible Increase stakeholder satisfaction with transition of care processes Increase engagement of staff in the success of the initiative Look for opportunities to collaborate on other initiatives 25

Data Pre-Implementation EMS Arrival to EKG 13 Min STEMI Indoor to Outdoor Time 80 Min Goal < 5 Min Transfer time btw Non PCI & PCI Facilities 56 Min Goal < 26 Min Door to Balloon Time 167 minutes Goal < 90 Min Goal < 30 Min STEMI Door to Door Time 159 Min Goal < 56 Min 26

2. 1. Project Selection T E A M Current Situation Analysis 4. PROJECT 4. Project Implementation & Results 3. M A N A G E M E N T Solution Development 27

Implementation 28 Standardized Processes & Procedures

Implementation 29

Implementation EMS/ED/Transfer Performance Measures 30

Data Post-Implementation Faster TAT in every key process EMS Arrival to EKG Q1 (13 Min) Q4 (8 Min) Door to Balloon Time Q1 (167 Min) Q4 (60 Min) STEMI Indoor to Outdoor Time Q1 (80 Min) Q4 (36 Min) Transfer time btw Non PCI & PCI Facilities Q1 (56 Min) Q4 (20 Min) STEMI Door to Door Time Q1 (159 Min) Q4 (60 Min) 31

Implementation Confirmed Benefits Intended Benefits Tangible Improved door to balloon times Improve patient outcomes Door to Balloon Times Intangible Increase stakeholder satisfaction with transition of care processes Increase engagement of staff in the success of the initiative Look for opportunities to collaborate on other initiatives 32

Implementation Goal: Best in Class Performance Door to balloon times under 90 minutes (best in class) Address to balloon times under 120 minutes for non PCI hospital (best in class) Results Door to balloon times < 60 minutes (best in class), outperforming hospitals that have a catheterization lab! 33

Results 200 STEMI Times 1Q 2010-1Q 2012 Better 150 167 100 50 120 90 108 106 89 97 84 69 70 68 0 34

Thank you for allowing me to share our story of how we have broken down barriers and worked together to put the people of our communities first in everything we do. Contact information: Susie Schnitker RN BSN CEN sschnitker@schneckmed.org 35