1 Status and Recent Activities Face-to-Face meeting at the ISO/TC215 Health Informatics International Working Group Meeting San Francisco, April 20-23,

Slides:



Advertisements
Similar presentations
AF Suppression™ Algorithm Overview
Advertisements

The Clinical Evaluation of Remote Notification to Reduce Time to Clinical Decision (CONNECT) Trial The Value of Remote Monitoring George H. Crossley, MD.
Profile Proposals IHE Cardiology Proposals Image Enabled Office –Grouping of actors in top half of Scheduled Workflow into Practice Management.
IHE Cardiology Implantable Cardiac Device Interrogation (ICDI) Profile Nicholas Steblay 2/3/2006.
San Antonio – Todd Cooper Chair, ISO/IEEE 11073; Co-Chair HL7 DEV WG HL7 DEV WG ISO TC215 WG7 IEEE EMBS Health Informatics – Devices Update.
Device and EMR interoperability (IDCO). Implantable Cardiac Device Information is Collected At Implant … During In Clinic Follow-ups … And in the Home.
FHIR Without the smoke. FHIR Experience In the last 4 weeks, we have been busy. We … Prototyped a Device Data Aggregator/Reporter using FHIR resources.
Department of Anesthesia and Perioperative Care advancing health worldwide TM Combined ICD/Pacing Devices What options are available? What’s new in the.
1 IHE PCD F2F IHE PCD Quick Updates IHE PCD Face-to-Face, Cleveland, Ohio Tuesday Q1 and Q2, April 1, 2014 Paul Schluter, GE Healthcare Q1:
0 IEEE IDC Nomenclature April 2013 Implantable Cardiac Devices - Status and Recent Activities PCD Face-2-Face April 2013.
The Clinical Evaluation of Remote Notification to Reduce Time to Clinical Decision (CONNECT) Trial The Value of Remote Monitoring George H. Crossley, MD.
RYTHMIQ™ Operation RYTHMIQ operates in AAI(R) pacing mode with VVI backup during times of normal conduction, switching to DDD(R) mode when a conduction.
for internal use only Evidence Based Medicine The Need to Avoid Unnecessary Ventricular Stimulation.
ACap™ Confirm. ACap™ Confirm ACap™ Confirm Benefits Automatic algorithm to adjust the atrial pacing amplitude to address changing atrial thresholds.
Upper Rate Behavior.
Re-Inventing the HF Program at Tucson VA Elizabeth Juneman, MD & Elaine Charteris, NP Heart Failure Program Southern Arizona VA Health Care System University.
2013 PCD Domain Update Monroe Pattillo Practical Health Interoperability, LLC IHE PCD Planning Committee Co-Chair.
LETTURA A TEMA Fibrillazione Atriale: Stato dell’Arte Prof. Luigi Padeletti Presenta: Saverio Iacopino Sant ’ Anna Hospital Catanzaro.
Device and EMR interoperability (IDCO). Implantable Cardiac Device Information is Collected At Implant … During In Clinic Follow-ups … And in the Home.
RYTHMIQ™ INGENIO™ offers RYTHMIQ, which is designed to minimize unnecessary RV pacing without clinically significant pauses.
FUTURE TRENDS WIRELESS TECHNOLOGY IN THE HEALTHCARE ENVIRONMENT Presented by: Barbara Majchrowski Candidate M.H.Sc. Clinical Engineering.
Joy Hamerman Matsumoto.  St Jude Medical Cardiac Rhythm Management Division manufactures implantable cardiac devices ◦ Pacemakers ◦ Implanted defibrillators.
1 HL7 Working Group Session May 3-7, 2004 San Antonio, TX Standards for Implantable Devices - Cardiac.
Most Relevant Technological Advancements of Recent Years in Cardiac Pacing Dr. Sebastian Gallino Electrophysiology Sector. Cardiology Service. Cosme Argerich.
The Latest Device Therapy in W. Herts Dr Philip Moore.
Current Wireless Technology  Closed Circuit Television (CCTV) in Intensive Care Units  Remote Alarms.
Noise, Reset, EGM, Magnet, Advanced Hysteresis Noise Göran Mathson, 2005.
Integrating Monitoring into the Infrastructure and Workflow of Routine Practice Philip B. Adamson, MD Associate Professor of Physiology Director, The Heart.
Wireless Cardiac Device Monitoring Presented by: Ashley D. Solomon, RN Nursing 457: Nursing Informatics Fall 2009.
The evolution of Medical implant telemetry and Body Area Network Hardware Technology: Hakan Ohlgren
West Virginia University OOA Case Study: Pacemaker  A cardiac Pacemaker is an implanted device that assists cardiac functions when the underlying pathologies.
for internal use only How Works for internal use only Mitral valve closure can be estimated by measuring the interatrial conduction time (P-wave duration)
User Needs for Waveforms in IDCO messages. Use Case – In clinic follow-up UC 1 – In-clinic follow-up –Episode data reviewed through vendor programmer.
IHE ITI – Dec 2006What IHE Delivers 1 Nicholas Steblay Implantable Device Cardiac Observations (IDCO) Profile.
ECG in Pacemaker Malfunction
IHE Workshop – June 2007What IHE Delivers 1 Nicholas Steblay Boston Scientific Implantable Device Cardiac Observations (IDCO) Profile.
1 October, 2015 HL 7 Working Group Meeting. FDA UDI Rule – 9/24/2013 Unique device identifier (UDI) means an identifier that adequately identifies a device.
IHE Workshop – June 2006What IHE Delivers 1 Nicholas Steblay Boston Scientific Implantable Device Cardiac Observations (IDCO) Profile.
Device and EMR interoperability (IDCO). Implantable Cardiac Device Information is Collected At Implant … During In Clinic Follow-ups … And in the Home.
Using Monitoring Devices Systems to Optimize Patient Care Giuseppe Stabile CLINICA MEDITERRANEA MEDITERRANEA.
Mean ventricular heart rate at atrial burden Documented by Craig Reister, Boston Scientific.
Shock Reduction History James Coles, PhD Medtronic, Inc.
Date of download: 6/1/2016 Copyright © The American College of Cardiology. All rights reserved. From: Inappropriate Implantable Cardioverter-Defibrillator.
CoRPS Center of Research on Psychology in Somatic diseases Poor health status in implantable cardioverter defibrillator patients: Shock, patient pre implantation.
IDCO Research Study: Direct Patient Messaging ICD Data Implementation and Randomization Michael J. Mirro, MD, FACC, FAHA, FACP Chief Academic/Research.
Alireza Heidari Bakavoli, MD. Cardiology department Qaem medical center Mashhad University of Medical Science Role of ICD and CRT devices in Heart failure.
Date of download: 6/21/2016 Copyright © The American College of Cardiology. All rights reserved. From: A randomized comparison ofatrial and dual-chamber.
Margaret Parton CEO Stimulating Demand Pull Processes within the NHS.
Post-FDA Approval, Initial US Clinical Experience with Watchman Left Atrial Appendage Closure for Stroke Prevention in Atrial Fibrillation Vivek Y. Reddy.
Implantable Defibrillator Therapy Post Cardiac Arrest
Optimizing heart failure therapy with implantable sensors
IHE PCD F2F Agenda Virtual / projectathon / certification testing program requirements MDPRI progress and next steps Certification plans Potential innovation.
Mean ventricular heart rate at atrial burden
IDC Working Group Update
Video Capsule Endoscopy in Patients with Implantable Cardiac Devices: Safety, Interference and Beyond Rabih Tabet MD, Najib Nassani MD, MSc, Boutros Karam.
Act 10 – Device Interoperability For The Integrated EHR
IHE DEC and Continua WAN Interface Proposals for Remote Monitoring
Laurie Racenet, FNP, MSN, CCDS, CEPS, FHRS
Optimal Pacing for Right Ventricular and Biventricular Devices
Jeff Healey MD, MSc, FHRS Director of Arrhythmia Service
Pacemakers and Devices – Interactive Session
The Center for Medical Interoperability
Volume 9, Issue 1, Pages (January 2012)
Cardiac Issues: Atrial fibrillation, Pacemakers, Stents, and Rehab
Mintu P. Turakhia et al. JACEP 2016;2:
OB Provider Training FetaLink.
Basic troubleshooting for CRTs
Volume 7, Issue 8, Pages (August 2010)
Sylvain Ploux et al. JACEP 2017;3:
Abdul R. Mourad, MD, Michael H. Kim, MD, FHRS, Malcolm M
Presentation transcript:

1 Status and Recent Activities Face-to-Face meeting at the ISO/TC215 Health Informatics International Working Group Meeting San Francisco, April 20-23, 2015 Participants: Kate Crandall (Medtronic) Steve Glinski (Medtronic) Craig Reister (Boston Scientific) Huili Wang (St. Jude Medical) Curtis Knight (St. Jude Medical) Alexander Kraus (Biotronik) Consultants: Kenneth Fuchs, Todd Cooper (Center for Medical Interoperability) ISO/IEEE Implantable Devices - Cardiac - (IDC) Nomenclature

2 ISO/IEEE Implantable Devices - Cardiac - (IDC) Nomenclature

3 IDC Nomenclature (ISO/IEEE ) provides follow-up report example as guidance

4 IDC Nomenclature (IEEE ) 2012: survey with HRS clinicians for new content MIN MAX MEDIAN Recent device programming date/time and/or program counter Mean ventricular heart rate at atrial burden Lead/Device recall information Multisite Left Ventricular Pacing parameters Counters for shocks started/successful and ATPs successful Number and energy of shocks applied per episode (machine readable) Number of ATPs applied per episode (machine readable) Message triggers / alert summary (urgency) RV pacing avoidance algorithm name and status Message trigger categories MRI parameters Patient Pacemaker Dependant? (YES/NO) Message triggers / alert summary (compact) Shock waveform parameters PVARP Patient activity Message triggers / alert summary (long) RA/RV/LV sensing configuration More vendor specific entries in lists of episode types, brady modes. Thoracic impedance Mean A/V heart rate at rest/night AF Suppression algorithm info (ON/OFF) PVARP after PVC/PAC PVAB / Far-field protection window after Pace PVAB / Far-field protection window after Sense Patient comments if stored in device / system (medication, indication,…) Date of the next scheduled in clinic / remote follow-up(s) Rate adaptation settings (for brady pacing) LVPP / TWPP (ON/OFF) Post shock pacing settings (brady mode, basic rate,...) RVB LVB RARP (ARP) RABP RVRP (VRP) LVRP Rate adaptation sensor type (coded and machine readable) IVRP LVPP / TWPP Respiratory Rate Heart Rate Variability (HRV) LOW HIGH …Importance

5 IDC Nomenclature (IEEE ) New content under preparation/discussion  Machine readable IEGMs  Additional settings, HF monitoring, Nomenclature versioning  Notifications Not yet included in IDC nomenclature standard

6 IDC Nomenclature (IEEE ) Examples for new identifier add-ons

7

8  Appendix

9 Result Matrix For integration profile : "Implantable Device Cardiac Observations"