The Integrated Clinical Environment-- Creating Big Data

Slides:



Advertisements
Similar presentations
Us Case 5 Delivery Event Requiring Newborn Monitoring and Alarm Management in NICU Care Theme: Maternal and Newborn Health Use Case 2 Interoperability.
Advertisements

Primary Goal: To demonstrate the ability to provide efficient and accurate ICU care, formally close the ICU event with the patient’s PCP, and show interoperability.
What IMPACT Means to Physicians November 2014 Physician Champion: William Bradshaw, MD, FACS.
ICE + DDS Tracy Rausch, CCE CTO and Founder
MD PnP Program brief overview for OHT BoD Meeting September 9, 2011 Julian M. Goldman, MD Attending Anesthesiologist, Massachusetts General Hospital Medical.
HealthNet connect Telehealth
NURSING INFORMATICS Dr. Ali M. Hadianfard Faculty member of AJUMS
Medical Device Interoperability: From Abstract Concepts to Clinical Improvement Collaborative Innovation at the Bedside: A Case Study May 31, 2008 Yadin.
PAGE 1 Top 5 Use Cases in Healthcare Paul Czerwinski – Director of Healthcare September 17-20, 2014.
Us Case 5 ED Encounter Resulting in ICU/Inpatient Stay with Follow-up Care by PCP Care Theme: Transitions of Care Use Case 8 Interoperability Showcase.
Evidence-based Usability Guidelines for Promoting Safety and Efficacy Ben Shneiderman Founding Director ( ), Human-Computer Interaction.
Session - 25 MULTIDATABASE CASE Electronic Health Matakuliah: M0184 / Pengolahan Data Distribusi Tahun: 2005 Versi:
Federal HIT Summit Nov 20, 2014 Washington, DC
Research Directions for the Internet of Things Supervised by: Dr. Nouh Sabry Presented by: Ahmed Mohamed Sayed.
Us Case 5 Delivery Coordination with Closed-loop OB/GYN and Hospital Interaction Care Theme: Maternal and Newborn Health Use Case 1 Interoperability Showcase.
Chapter 2 Electronic Health Records
Decision Support for Quality Improvement
ICARDEA: an intelligent platform for personalized remote monitoring of the cardiac patients with electronic implantable devices E. Arbelo 1, A. Dogac 2,
Smart Device Integration
Sandy Lum University of Toronto Candidate MHSc in Clinical Engineering The Totally Integrated Electronic Patient Record (EPR)
Chapter 6 – Data Handling and EPR. Electronic Health Record Systems: Government Initiatives and Public/Private Partnerships EHR is systematic collection.
Us Case 5 ICU Event with Pharmacy and Pt Monitoring and Follow-up Care by PCP Care Theme: Transitions of Care, Medical Device Integration Use Case 15 Interoperability.
Assessing Hospital and Health System Preparedness and Response Helen Burstin, M.D., M.P.H. Director Center for Primary Care Research Agency for Healthcare.
Health Information Technology Summit Wendy Angst CapMed, Division of Bio-Imaging Technologies Inc.
Component 8 Installation and Maintenance of Health IT Systems Unit 1a Elements of a Typical Electronic Health Record System This material was developed.
Slide 1 of 4 Open Health Tools New Member Presentation Doug Burke, President & Cofounder December 7, 2012.
BENEFITS OF ELECTRONIC HEALTH INFORMATION. Health IT Video from HealthIT.gov (Please wait for the video to load and click on the arrow to play)
Us Case 5 Care Coordination Following ICU/Hospital Encounter Care Theme: Transitions of Care Use Case 14 Interoperability Showcase In collaboration with.
QUERI Robert L Jesse, MD, PhD Chief Consultant Medical Surgical Service.
Name Company Date Chronic Condition Management Anand Gaddum iLink Systems March 3, 2010.
SAGE Nick Beard Vice President, IDX Systems Corp..
1 Session 3:Healthcare Provider, Clinician & Patient Perspective Julian M. Goldman, MD Medical Director, Biomedical Engineering Partners HealthCare, Boston,
Medical Device CPS Testbeds: Candidate Testbed for Research and Development on Cyber Physical Medical Device Systems Julian M. Goldman, MD Medical Director,
Case Study: Smart Pump EHR Integration
Wearable Technology Rapid Development
IT Solutions – Improving Timely Access to Health Care
Everis ehCOS EHR.
Manufacturing Productivity Solutions
Ronald B. Margolis, CIO, ICPO
Electronic Medical and Dental Record Integration Options
Smart I (eye) Advisory Rescue Systems (SIARS)
ICE-PAC Tracy Rausch, Founder, DocBox Inc Todd Cooper
The European Union (EU) policy challenge
Testbed for Medical Cyber-Physical Systems
Sales Proposal for Prospect
Presented by Jon Pastuszynski, Lead M&D Engineer
Corporate Overview CPSI Founded 1979 Executive Office - Mobile, AL.
Lecturer: Dalia Mirghani
hi2: Contributing to the modernization of VistA
Ayushman: Pervasive Health Monitoring System and Testbed
Health Informatics
Managing Clinical Information: EHR Terms and Architecture
Secure Patient Communications Get Connected Knowledge Forum
Health Informatics
Collaboration in the NHS Who, and where, and making it happen
Electronic Health Record Update
Electronic Health Record Update
Internet of Things.
CLINICAL INFORMATION SYSTEM
Promoting & Institutionalizing
MD24 Application of Health Information Exchange (HIE)
Collaborative Smart House Environment Computer Science Department University of Cyprus Contact: Christodoulou Eleni.
Tobey Clark, Director*, Burlington USA
Promoting & Institutionalizing
A medical device manufacturer Spreading information to save lives
“One Connection For A Healthier Missouri”
Smart I (eye) Advisory Rescue Systems (SIARS)
SMART Hospital Solutions
Health Information Exchange for Eligible Clinicians 2019
IoT in Healthcare: Life or Death
Presentation transcript:

The Integrated Clinical Environment-- Creating Big Data Steven Dain MD FRCPC Anesthesiologist, Woodstock Hospital Associate Adjunct Professor, Department of Electrical and Computer Engineering, University of Waterloo Collaborator, MDPNP.org, Open ICE Alliance sdain@uwaterloo.ca

Disclaimers Collaborator, MD Plug and Play Program Funding of program from US DOD, NIST, NSF, NIH, Partners Healthcare and private sources Moral support from US FDA, Health Canada Consultant for DocBox Medical Inc.

http://protomag.com/articles/babel-in-the-ICU

Current State of Affairs Medical Device Networks Very little that’s practical or extensible Proprietary servers and electronic interfaces Difficult or illegal to connect medical devices No usable standards for the electrical interface, syntax nor semantics No easy regulatory pathway for network plug & play for devices from different vendors

Roadblocks to Innovation Absence of smart alarms, automated clinical decision support, and physiologic closed-loop control, etc. No multi-device black box recorders for clinical and forensic use Difficult and expensive to write Apps for Health Inability to collect big data for the ICU and OR

Medical Device “Plug-and-Play” Interoperability Program (MD PnP) Program established 2004 at Mass General Hospital/CIMIT by Dr. Julian Goldman Vender-neutral Lab for experimenting with safe interoperability (standards technologies, products) Contains > $1M devices/network technology – production and research Clinical, biomed, and computer science subject matter experts Develops OpenICE open-source software www.openice.info $18M funding primarily from DOD, NIH, NSF, NIST, private funding

http://www.omg.org/hot-topics/iot-standards.htm

Integrated Clinical Environment Courtesy of DocBox Inc

Easy to Use Device Adapters (4 devices per) Manager Solution (UI, distributed processing) Courtesy of DocBox Inc www.docboxmed.com

and Display a Cognitive Aid using OpenICE Demonstration from the American Society of Anesthesiologists meeting Oct 2015: Safety System to Automatically Detect Cardiac Arrest (Pulseless Electrical Activity) and Display a Cognitive Aid using OpenICE App running on OpenICE www.openice.info Physiologic Monitor Simulator OpenICE App automatically displays correct Page from Stanford Emergency Manual to treat PEA http://bit.ly/ASA_ICE_video PEA page from the Emergency Manual Stanford Emergency Manual http://emergencymanual.stanford.edu Note – this demonstrates CDS Without using the EHR Non-EMR Clinical Decision Support

Apps for Health App to detect pulseless electrical activity from 2 different monitors from 2 different vendors, then displays protocol for treatment Normal ECG No pulsatile flow on SpO2 pleth and Art line No End-tidal CO2 https://www.youtube.com/watch?v=afI2lPCx5_M&feature=youtu.be

Creation of Big Data

Courtesy of DocBox Inc www.docboxmed.com

Courtesy of DocBox Inc www.docboxmed.com

Courtesy of DocBox Inc www.docboxmed.com

Analysis of Raw Alarm Data Manager event_message alarm type device Total Count of Alarm Episodes TOTAL COUNT Total Time Alarming (sec) Total Time Alarming (min) Total Time Alarming (hr) total time min TOTAL TIME (hr) Avg Duration per Alarm Episode (sec) Avg Duration per Alarm Episode (mins) Avg Duration per Alarm Episode (hrs) dbmanager000032 FMS Unsupported tech Patient Monitor 101 2569761 42829.4 713.8 25443.2 424.1 7.1 backup audio failure Ventilator 23 26 890297 14838.3 247.3 15947.2 265.8 38708.6 645.1 10.8 dbmanager000031 3 66535 1108.9 18.5 22178.3 369.6 6.2 ABP REDUCE SIZE 2821 5346 398114 6635.2 110.6 13853.9 230.9 141.1 2.4 0.0 ABP Reduce Size 2525 433121 7218.7 120.3 171.5 2.9 Cannot Analyze QT 657 897 313806 5230.1 87.2 9948.2 165.8 477.6 8.0 0.1 CANNOT ANALYZE QT 240 283085 4718.1 78.6 1179.5 19.7 0.3 Cannot Analyze ST 919 1326 328303 5471.7 91.2 6065.9 101.1 357.2 6.0 CANNOT ANALYZE ST 407 35648 594.1 9.9 87.6 1.5 Resp LEADS OFF 440 738 153058 2551.0 42.5 5514.3 91.9 347.9 5.8 Resp Leads Off 298 177801 2963.4 49.4 596.6 0.2 SpO2 Low Perf 517 984 88909 1481.8 24.7 3600.5 60.0 172.0 SpO2 LOW PERF 467 127120 2118.7 35.3 272.2 4.5 prealarm: end of infusion Syringe Pump 192 127302 2121.7 35.4 2495.8 41.6 1260.4 21.0 0.4 91 22446 374.1 246.7 4.1 ECG LEADS OFF 168 324 76158 1269.3 21.2 2475.5 41.3 453.3 7.6 ECG Leads Off 156 72373 1206.2 20.1 463.9 7.7 alarms silenced 47 73 72304 1205.1 2356.8 39.3 1538.4 25.6 69104 1151.7 19.2 2657.8 44.3 0.7 RL LEAD OFF 66 131 55726 928.8 15.5 2297.0 38.3 844.3 14.1 RL Lead Off 65 82091 1368.2 22.8 1262.9 exp flow sensor error 285 403 93713 1561.9 26.0 2207.7 36.8 328.8 5.5 118 38749 645.8 328.4 Cannot Analyze ECG 540 720 70006 1166.8 19.4 1930.1 32.2 129.6 2.2 CANNOT ANALYZE ECG 180 45802 763.4 12.7 254.5 4.2 Courtesy of DocBox Inc www.docboxmed.com

Courtesy of DocBox Inc www.docboxmed.com

Courtesy of DocBox Inc www.docboxmed.com

Courtesy of DocBox Inc www.docboxmed.com

Benefits of the openICE through Data and Automation Improvement in Operational Efficiencies Equipment Utilization, Supply Purchases, Facility and Staff Utilization, Bed Turnover Times, Specialty Response Times, Equipment servicing and PM cycles Improvement in Care Delivery Reduction of adverse events, adoption of best practices, automation of care pathways, consistency of care Determine needs for further staff education

Benefits of the openICE through Data and Automation Improvement in Care Coordination Shift Handoff, coordination between clinicians, transfer of patient from care environment to care environment, automation of communication. Drives Innovation Ability to create clinical applications as medical devices as modular components for real time decision support, data visualization Open standards based platform

The ICE Alliance is a non-profit organization committed to establishing healthcare environments that are safe, secure, and interoperable Note: The ICE Alliance is hosted by the IEEE-ISTO www.icealliance.org

ICE Alliance Founding Members* NOTE – Not all pending members are shown ICE Alliance Founding Members* Founding Members Liaison Members *As of 10/13/15 Additional founding memberships in process

More Information www.mdpnp.org www.openince.info www.docboxmed.com http://www.fda.gov/MedicalDevices/ScienceandResearch/ResearchPrograms/ucm477390.htm http://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfstandards/detail.cfm?id=32430 https://www.youtube.com/watch?v=afI2lPCx5_M&feature=youtu.be http://www.stahq.org/files/2813/9171/8106/60_Abstract_Goldman.pdf

Medical Device Interoperability Networking of medical devices to share data between: devices devices and external systems between apps for health and one or more device(s) or external system(s) For Closed loop controllers Intelligent systems Smart alarms Data logging