Upload
others
View
2
Download
0
Embed Size (px)
Citation preview
We Want an ECLS Program –Where to Start? Regulations, Volumes, Staffing Needs
Thomas Tribble, BA, CST Mechanical Circulatory Support Coordinator
University of Kentucky
Faculty Disclosure
• None
• A major practice gap exists in the availability of ECLS programs. There is an increase in presentation of patients with life-threatening conditions requiring ECLS. To ensure that a hospital is able to effectively treat these patients, it is important to be aware of the requirements necessary to start a program.
Educational Need/Practice Gap
Upon completion of this educational activity, you will be able to: 1. Discuss the process of establishing an ECLS program. 2. Review staffing and training requirements for a new program.
Objectives
• What is the desired change/result in practice resulting from this educational intervention?
• The desired change/result in practice is to be cognizant of the organization, staffing, training and regulations needed to start an operational ECLS program.
Expected Outcome
ECLS Program Expansion
American Journal of Respiratory and Critical Care Medicine Vol. 190, No.5 2014
Technological advancements
Increased Awareness of Early
ECMO Benefits Expanded
applications
US ECLS Growth
US ELSO Center Growth
2017 – 206 Centers
6,000 reported cases
156% Increase in Cases Since 2010
2014
ECMO Center Guidelines
Physician Champion
Hospital Administrator
Nursing Administrator
Financial Partner
Perfusionist
Strategic Planning – Steering Committee
1 • ECLS Initiation Center
• Stabilize and Transfer
2 • ECLS Center (Low Volume)
• Limited infrastructure • Short term Support
3
• Regional Center (High Volume) • Advanced Therapy capabilities • Long Term Support • Transport Team
Strategic Planning – Program Goal
Steering Group Key Stakeholders Infrastructure Business Plan
Program Development Staffing Model Protocol Development Space allocation Physician Coverage Clinical Support Equipment assessment
Implementation Staff Education Didactic Staff training Wetlabs First Patient
Strategic Planning
Evaluation Data Collection QAPI Clinical reviews Measuring outcomes Reporting Data
Strategic Planning: ECLS Volume Projections
Utilizing this methodology an estimated 110 annual discharges would be projected as potential
incremental ECMO patients. Assume 50% are an ECMO candidate. 55 Total Potential ECMO Patients
ECLS Director
ECLS Coordinator
Perfusionist
• Program oversight • Clinical Management • Protocol Development
• Staff Education • Data Management • Equipment Management
• ECLS Clinical Support • Technical Consultation
ECLS Core Leadership Team
• Patient Selection • Clear inclusion and exclusion Criteria • Consider
• Age • Weight • Co-morbidities
• ECLS Initiation locations • Surgery vs. Cathlab • ICU vs. Emergency Room
Define Clinical Expectations
ECLS Patient
Physician
Nursing
Respiratory Therapy
Pharmacy &
Laboratory
Surgery &
Cathlab
Perfusion
Multidisciplinary Support
ADDITIONAL SUPPORT: Radiology Nephrology Neurology Nutrition Occupational Therapy Physical Therapy Pastoral Services Palliative Care Infectious Disease
Background: ECMO Resource Unit Impact FYTD 2016 February
10/25/2018 17
8,527
5,619
1,239
1,142
1,057
1,521
797
1,708
-
2,000
4,000
6,000
8,000
10,000
12,000
14,000
Adult Peds
Uni
ts
Pharmacy IV Therapy Pharmacy Labor LaboratoryMed. Surg. Supplies Respiratory Physical TherapyOR Services (incl Labor/Del) Blood Other Ancillary ServicesX-Ray Anesthesia ICUOther Accommodations Other Spec Dx Svcs DialysisOther Cardiac Services Other Surgical Services MiscellaneousEKG/Telemetry Routine Accommodations CT/MRINuclear Medicine Other Diagnostic Imaging Transplantation
Resource Group Adult Peds Pharmacy IV Therapy 8,527 5,619 Pharmacy Labor 1,239 1,142 Laboratory 1,057 1,521 Med. Surg. Supplies 797 1,708 Respiratory 284 279 Physical Therapy 84 45 OR Services (incl Labor/Del) 59 20 Blood 39 49 Other Ancillary Services 39 32 X-Ray 36 39 Anesthesia 33 21 ICU 26 24 Other Accommodations 17 25 Other Spec Dx Svcs 13 19 Dialysis 11 14 Other Cardiac Services 7 20 Other Surgical Services 6 3 Miscellaneous 5 60 EKG/Telemetry 5 4 Routine Accommodations 4 5 CT/MRI 3 2 Nuclear Medicine 2 - Other Diagnostic Imaging 2 7 Transplantation 1 1
• Perfusion Equipment and Disposable Supplies
Equipment
ECLS Equipment Assessment
Maquet Cardiohelp
Abbott Centrimag
Maquet Rotoflow
Medtronic 560
Console & Motor $125,000 $28,000 $55,000 $36,700Blood Pump $13,275 $10,600 $360 $154Oxygenator n/a $1,250 $1,250 $1,250Tubing Pack n/a $340 $340 $340
Total Circuit Cost $13,275 $12,190 $1,950 $1,744Manufacturers' list Pricing 2018
Background: Current Inventory Manufacturer
Equipment Description Notes Purchase Life
Remaining Life (YY:MM)
Replace Year
Maquet CardioHelp Peds Only 11/2015 8 07:10 2023
Maquet CardioHelp 11/2015 8 07:10 2023
Maquet CardioHelp 11/2015 8 07:10 2023
Maquet CardioHelp 1/2015 8 06:12 2023
Maquet CardioHelp 1/2015 8 06:12 2023
Thoratec Centrimag 1st Generation 11/2013 8 05:10 2021
Thoratec Centrimag 2nd Generation 11/2013 8 05:10 2021
Thoratec Centrimag 2nd Generation 11/2013 8 05:10 2021
Maquet RotorFlow 4/2010 8 02:03 2018
Maquet RotorFlow 4/2010 8 02:03 2018
Maquet RotorFlow 4/2010 8 02:03 2018
Stockhert S5 Roller Peds Only 5/2008 8 00:04 2016
Stockhert S5 Roller Peds Only 5/2008 8 00:04 2016
Thoratec Centrimag 1st Generation 12/2007 8 Fully Depreciated 2015
Thoratec Centrimag 1st Generation 12/2007 8 Fully Depreciated 2015
Replaced by CardioHelp purchase from 11/2015
• Heater /Cooler Exchangers and Warmers • Capable of inflow temps up to 38 Celsius • Portable • Limited options for US market
Equipment: Additional
Equipment: External System Monitors
CDI Blood Parameter Monitoring System Patient Monitor Systems
• Hemochron • POC Monitors ACTs
• Epoc • ABG, POC Chemistry Analyzer
• I-Stat (Abbott)
• ABG, POC Chemistry Analyzer
Equipment: Additional
• Roughly $ 110,000 for in house supplies (par level 4)
• Designated secure storage area for sterile inventory
• Surgery Suite • ICU • Cathlab
• Tubing Packs • HLS Kits • Custom Hospital Packs
• Cannula • Arterial • Venous • Double Lumen • Distal Perfusion
• Connectors • Appropriate sizes for circuit
assembly and cannula connection
Equipment: Disposables
Experienced Limited Resource
High monitoring
Fees
Requires extensive advanced ECLS
education
Moderate cost
Requires Extensive Cross
Training
Low cost
Staffing Service Models:
Staffing Model Comparisons
Option 1 Option 2 Option 3 Option 4
CostPerfusion
OnlyRN + Perfusion 2hr
RoundsRN/RT w Perfusion
Offsite RTAVG Salary $130,000 $67,000 $67,000 $60,000benefits N/A $18,765 $18,765 $18,765Training N/A $3,000 $3,000 $3,000FTE Contract 0.9 0.9 0.9Ext Hr charges N/A 1,265/Day N/A N/ATotal Cost $130,000 $88,765 $88,765 $81,765
ECMO Staffing Models
Roles and Responsibilities
ECLS Specialist • Maintain 24/7 Bedside Coverage • Document all circuit parameters • Circuit Prime • Titrate ECLS Sweep and Fio2 • Collection and interpret Patient Abgs • Collection Pre and Post Membrane
gases • Provide emergent troubleshooting
Interventions • Provide Intra-hospital transport
Perfusion Team • Maintain 24/7 Call for initiation and
emergent interventions • Daily a.m. rounds • Available for Circuit change-outs • Available for Surgical procedures • Inter-hospital Transports
Education and Training
Education
Physicians
ECLS Specialist
Nursing
Quality
Safety
PI
Research
Didactic lectures Simulation Training Wetlabs Competency Testing
ECLS Specialist Training Timeline
Initial
• External vs Internal Trainers
• Onsite vs Offsite • Didactic • Wetlabs
Continuing • Simulation Drills • Theoretical • Practical
assessments
Annual
• Cognitive Testing • Performance
Evaluation • National vs
Regional Conferences
Staff Training
Didactic • Management
Basics • 24 to 36 hrs
Wetlabs • Water Drill
Simulation • 8-12 hrs
Bedside • New
Specialist • 16 – 32 hrs
monitoring
Testing • Written Exam • Simulation
assessment
Staff Training
• Data Collection • Outcome Analysis • ELSO Registry • Case submissions
• Quality Initiatives • Benchmarking • Cost reductions
• Research • Case Studies
• Monthly Case reviews • Quarterly M&M reviews
• Abstract submissions • Collaborations • Publications
Quality Metrics
Benchmarking: • ELSO now provides
means to evaluate specific peer groups
• Mortality by Pt cohort • By Diagnoses • ECLS Modality • Run Times
Quality Assessment
ELSO Arbometrix Quality Reporting Platform
• Identify a Physician Champion • Create Core Steering Committee • Consider Institutional Mission Goals • Assess infrastructure limitations • Select Clinical team and Staffing model • Formalize and Standardize Protocols • Develop Quality and Benchmarking metrics • Keep Abreast of emerging ECLS developments
Conclusion
UK Medical Center MCS Department 859-323-3517