“ Intelligent Healthcare”
Technology Integration
Paul, H. Frisch, PhD. FHIMSS Attending Department of Medical Physics
Chief, Biomedical Physics & Engineering Memorial Sloan-Kettering Cancer Center
New York, NY
President & CTO RFID in Healthcare Consortium Chief Technical Officer, Intelligent Health Association
n
Increasing Medical Errors:
nMedication Errors 1,2
n 1:5 Doses Incorrectly Delivered n 7,000 – 98,000 Deaths Annually
n 54 % – 61 % Errors Occur in IV Medication Administration
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Device Operating Errors
n 15-20 % of Identified Device Failures
n (Errors / Failure + Errors)
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Identification Errors
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Drivers:
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Increased Patient Acuity
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Increased Device / Technology Complexity
nIncreasing Volume of Information
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Increasing Workloads on Clinical Staff
1 Morgan, S. Medication Error Statistics , The Prescription , Vol.1, No. 1, July 2005 2 Cardinal Health: Statistics – Medication Safety & Education
3 Stahel PF, Sabel AL, Victoroff MS Wrong-site and wrong-patient procedures in the Universal Protocol era:
analysis of a prospective database of physician self-reported occurrences. Arch Surg. 2010;145:978-984 4 Wilcox AB, Chen YH, Hripcsak G. Minimizing electronic health record patient–note mismatches
Physiologic Data Manager (Connectivity) Directed Communications Nurse Call Application Server Ventilator Management Application Physiological Monitoring Pump Medication Management Hospital Gateway RTLS Hospital Backbone
Alarm & Physiologic Data Manager
Nurse Hands Free Wireless Devices
Intelligent Hospital
CISCO Access Point Outside of Room Dome Indicator Patient Station Toilet Emergency Code Blue Router Room HUB Hub RFIDRoom Level Devices
Medication
Objective: Design of an Integrated
Intelligent Hospital
Increased Data Accuracy & Availability
Electronic Medical Records
Shared Medical Device Interconnectivity and Integration Global View of the Patient / Unit
Rapid Information Dissemination & Response
Physiological Data
Alarm Event Management
Advanced Communication Platforms (PDA, iPhone, etc.) Location Content
Enhanced Error Checking & Validation
Identification & Association Location Content
Correct Information
Components of Intelligent Hospital
Transducers, Sensors
Advanced Medical Devices
Centralized or Shared Data Acquisition -- Connectivity of Devices
Physiological & Alarm Data Management
Intelligent Data Processing
Time Synchronization RTLS
Patient Centric Identification & Association Device Tracking
Medication Administration Sample Collection
Video & Imaging
Global / Institutional Overview & Visualization of Rooms / Units Enhanced Communications
Point of Care Information Delivery Inventory Management
Supply Chain (High Value Supplies & Pharmaceuticals) Networked & Wireless Infrastructure
Environment of Care
Ventilation Physiological Monitoring Physiological Monitoring Central Server Ventilator Management System Dedicated Pagers Dedicated Ventilator PagerWireless Access Points
Nurse Call Nurse Call Central Station Infusion Pumps Server /Work Station Video
2 3 5 6 7 8 10 11 12 13 14 1 9 8
1. Nurse server & secure ID card access reader
2. E-glass slide & break away doors 3. Inside opening of nurse server 4. Wireless Time Synchronized clock 5. Storage cabinets
6. Bedside Computer with double monitor
7. Barcode reader and lab label printer 8. Twin mobile articulating arms (BOOMS)
9. Wireless IR transmitter 10. Web cam
11. Closet and DVD player
12. Flat screen TV on articulating arm
13. Toilet
14. Nursing work area 15. Antimicrobial Surfaces
4
Use Antimicrobial Copper for
Contact Surfaces
Patient Rooms
MRSA on Antimicrobial Copper vs. silver containing coatings
22C and 50% relative humidity
Antimicrobial Copper
Indistinguishable:
•Stainless Steel (control) •Silver coating A
Hospital Environment
The Continuum of Care
OR
Acute Care (ICU)
Emergency Department
General Patient Care Areas
Outpatient
Specialty Areas
Radiology
Radiation Oncology
Cardiology Suite
Pharmacy
Central Supply
War Room
Data Center
Biomedical Eng. / IT
Real Time Information Delivery Demographics Status , ETA Field Assessment Allergies Physiological Data GPS Treatment Planning Staffing / Assessment
Rapid Routing OR , Cath Lab Necessary Supplies
Wall of Knowledge
Integrated Philips C-Arm
RFID Surgical Table Video
Camera
Drager Anesthesia System
2012 HIMSS Expo. RHCC Intelligent Hospital Pavilion
Integrated Hybrid OR
Wall of Knowledge - Routable Images
Minimally Invasive Surgery Boom
Device Control
RFID Coupled Surgical Instruments
RFID Coupled Sponges
OR RFID Couple Status Board
RFID Coupled Supplies
Interactive Consultation / Education Robot
Time Sync. Clocks
Medical Devices & Connectivity (Barcode & RFID) RFID Hand Hygiene Compliance
RFID Coupled Patient / Staff Tracking
Patient Identification generate wristband @ bedside (Barcode, Passive & Active RFID)
Label Scanners & Printers: Wristband, Sample Collection RFID Coupled Bed / Patient Management System
Acute Care (ICU & Step Down)
Intelligent Healthcare Pavilion HIMSS 2014
Medical Devices:
Ventilators (ICU)
Advanced Infusion Pump Monitoring
RFID Coupled Nurse Call
Alarm Monitoring and Distribution
Secondary Notification & Escalation Connectivity
Patient, Staff , Device Association Medication Administration / Verification Bedside PC (Mounted & Portable)
RTLS Solutions
Workflow
Enterprise & Unit Visualization
Networked Staff to Staff Communication Consultation Robot
Alarm Mgmt
Telemedicine
Ambulance Data ER / OR Dashboards Bedside PC
Ventilator Management & Analytics
Alarm Management Physiological Data
Bed Management
Education / Consultation
War Room
Alarm Mgmt
Nurse
Call Physiological Monitoring Ventilator Management Infusion Pumps Data Acquisition & Processing Archive Communication Devices EMR Association Location Services RFIDData & Alarm Management - Processing Connectivity - Integration • Device Level • Server Based
Medical
Devices
Connectivit
y
MonitoringVentilation Infusion Pump
Smart Bed
Clinical Data – Delivery to the Point of Care
• Arrythmias Alarms • ECG Waveforms • Echocardiograms • CT Scans • Lab ResultsVocera Communications, Cupertino, CA
II
Devices & Systems
Connectivity Identification&
Association
Information Delivery
Intelligent Hospital Design is Dependent on
Integrated Unique Identification & Location Content
Dynamic Identification and Association
Equipment to Patient
Pharmaceutical
Frisch, P.H., Miodownik, S., Booth, P., Carragee, P., Dowling, M., Patient Centric Identification and Association. IEEE Engineering in Medicine and Biology Society, Proceedings of the 31th International Conference. 2009: 1722-5
Medical Devices & Systems
Physiological Monitoring Ventilator Management Infusion Pump Systems Nurse Call
Alarm Management & Data Distribution Critical Alarms to the Point of Care Staff to Staff Communications Medication Administration
Sample Collection
Electronic Medical Record
Infrastructure
Hospital Backbone / Network
Wireless 802.11 (WiFi)
Telemetry (WMTS)
RTLS / RFID
WiFi ZigBee Dedicated Frequencies Time Synchronization
Environmental Monitoring
Temperature & Humidity Differential Pressures Particulates
Light Sound
RTLS Solutions
RFID Technology
Active vs. Passive RFID
Localized Solution:
Passive RFID Applications In
Healthcare
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Connectivity
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Medical Supply Tracking
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Surgical Tray Assembly & Tracking
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Surgical Sponge & Instrument Tracking & Verification
nPharmaceutical – Medication Administration
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Laboratory Sample Collection & Archiving
nSmall Devices / Inventory
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Patient Centric Identification & Association
nVerification of Process
• Item Level Identification • Shelf level Tracking
• Validation of Supplies
Check Expiration Serial #, Lot #
• Update Inventory
Supply Chain
RFID Antenna Bar Code
Surgical Applications - Retained Objects
:
•
1 in 5,000 open cavity surgeries result in a retained object
•40% of surgical cases are open cavity
•
70% of retained objects are sponges
Ascension Health, Scott Lambert, Lead Partner,
Engagements & Prototypes Transformational Development, 2008 Midwest Chapter HIMSS
• 764 Medicare incidents in 2006
• Tray Development
• Validate Surgical Tray Content
Before & After Procedure
• Validate Sponge Counts
Medication Administration
RFID Coupled Dispenser
Hand Held Bar Code Reader
2012 HIMSS Expo. RHCC Intelligent Hospital Pavilion
Application Workstation:
Integrates to Physician Order Entry Validate 5 Rights (Bar Code)
……….
Station #1 #2 #3 #4
ID#1
If #1 and #2 and # 3 and #4 Good to Go
Antenna Network Cleaning Processes Laboratory Processes Document Transfer Scope Sterilization Hand Hygiene
Process Validation
Advantages:
•
Tag functions without a battery
•Long Useful Life (20 years)
•Low Cost
•
Small
•
Conforms to almost any form factor
•wristbands, embedded tags
Disadvantages:
•
Short Read Distances (typically 3 ft - up to 100 feet )
•Requires Dedicated Infrastructure
•
Choke Point Applications
Active RFID
(Beaconing)
•
Battery Powered
•
Beacon at Pre- Programmed Intervals
•Contains Identification & Data
•
Functional Enables Positional Computations
•Can use Existing Communication Protocols
Multi- Mode Tags Multiple technologies
Triangulation
Access Point Access Point
Tag ID Existing 802.11 Wireless Infrastructure
R1
R2 R3
RFID Engine & User Interface
Signal Strength S1
S2
S3
Choke Point Identification
•
Triangulation
•Choke Point
Inventory Management
Locating & Tracking Critical Devices PM Compliance
Distribution of Costs Asset Utilization
Auditing – Tax Write Off
Workflow and Management
Staff Tracking
Identification & Association
Metrics on Dynamic Time Sequence of Events
Dashboards
Event Generation – Staff Duress
Integration With Biomedical Data Base Optimization of Processes
Temperature & Humidity Measurement
Presence
Location
Choke-point
Scalability
Approx. 15-20 feet Room Level Or Better Increasing CostActive RFID Passive RFID Bar Codes Processor Applications Identification Association Data
RTLS, Network Clients, ADT, etc.
User Interface
Infusion Pump Server
Gateway RFID System
Device Location Status Formulary Version Channels in Use Operation Parameters Alarms
RFID Coupled Device Status & Utilization
MSKCC – Carefusion- Aeroscout Collaboration
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Bobst 9 Bobst 14 Haupt 1 Haupt 2 Haupt 3 Haupt 4 Haupt 5 MP 1 MP 2 MP 6
M 1 M 10 M 11 M 12 M 14 M 15 M 16 M 17 M 19 M 4 M 5 M 6 M 7 M 8 M 9
Rad Onc 2 Rad Onc 3 Rad Onc 4 Schwartz 1 Schwartz 2
Percentage Average Utilization by Care Unit
Clinical Data Manager Directed Communications Outside of Room Dome Indicator Patient Station Toilet Emergency Code Blue Router Room HUB Hub Nurse Call Application Server Ventilator Management Application Physiological Monitoring Pump Medication Management Hospital Gateway Hospital Backbone
Alarm & Physiologic
Data Manager
Nurse Hands Free Wireless Devices
Developing
Intelligent Hospital
CISCO Access Point (Emergin) (Vocera) RFID Patient Centric IdentificationEXCITER EXCITER
EXCITER EXCITER
EXCITER
EXCITER EXCITER EXCITER EXCITER
Synchronized RF-ID Tracking & Event Streaming
“ Dynamic Workflow “
Workflow Visualization & Reporting
(Change of State – Critical Response)
IV Pump Vent
Staff Patient
Clean Utility Room
Patient Room #2 Patient Room #1 GE Monitoring Infusion Pump MD RN Nursing Station Weiss Time: 12:05AM JSmith SJones Douglas Thomas Ramos
VTach Monitoring Alarm Code Blue
0 2 4 6 8 10 12 0
0.1
#12
Patient Alice Smith June 18, 2012
Registration Fellow Check out
RN Room
MD
The Patient Experience
Workflow Metrics & Analytics
•
Patient Wait Times
•Treatment Time
•Staff Presence
•
By Specialty
•
Time Sequence of Alarms & Events
Cautions & Pitfalls
Network Impact
Interference (EMI)
Regulatory Issues
Business Intelligence
Management
Application Development
Medical
Devices
Middleware
Application
Communication DeviceEMR
Archive
Clinical Data FDA Regulated Primary Source of Medical Information Secondary Data SourceTelemetry Unit - 42 Beds
Potential Tool for Staff to Patient Assignment
0 50 100 150 200 250 300 350 400 450 500
1406* 1407* 1410A* 1410B* 1411B* 1412B* 1415A* 1415B* 1417A* 1417B* 1417C* 1417D* 1420A* 1420B* 1421A* 1421B* 1422A* 1422B* 1424A* 1424B* 1425A* 1425B* 1426A* 1426B* 1428* 1429* 1430* 1431A* 1431B* 1432A* 1433A* 1433B* 1435A* 1435B* 1436* 1437* 1438* 1439* Daily Average per bed
0 2 4 6 8 10
12
Patient Staff Ratio 4:1
64 Critical Alarms / Hour
Critical Event Every 11 minut
esRequirements for Visualization and User Interfaces
Devices Applications Hand Helds Phones, iPADS Pagers, PCActive RFID Passive RFID Bar Codes Processor Applications Identification Association Data
RTLS, Network Clients, ADT, etc.
User Interface
Automatic Patient Centric Identification Bed Centric Identification Envelope Equipment to Patient Pharmaceutical Bed Embedded RF Transmitter Receiver
Embedded Bed / Nurse Call Staff Workstation Middleware Devices EMR Physiologic Data Manager Directed Communications Out sid e of Roo m Do me Indi cat or Patient Station Toilet Emergency Code Blue Router Room HUB Hub Nurse Call Application Server Ventilator Manageme nt Application Physiological Monitoring Pump Medication Management Hospital Gateway RFID Hospital Backbone
Alarm & Physiologic Data Manager
Nurse Hands Free Wireless Devices Biomedical Device Information System CISCO Access Point (Emergin) (Vocera) RFID Patient Centric Identification