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NAVIGATING THE HEALTHCARE LANDSCAPE TOGETHER JENNIFER FRUITTICHER, RN CLINICAL PRODUCT SPECIALIST
PRESENTATION OBJECTIVES: Provide a better understanding of
Capnography vs. Pulse Oximetry
Define Respiratory Compromise and the complications associated with disease process
Recognize organizations recommending capnography as a standard of care
Examine capnography case studies and results of capnography utilization
Show technology available and benefits to hospitals/clinicians
RESPIRITORY COMPROMISE KNOWS NO BOUNDARIES
4 Medtronic Outcomes Pledge Program
July 2010
• Thursday, July 15th Admitted to the hospital for severe sore throat. Treatment with oral analgesics was not relieving pain.
• Friday, July 16th Put on a PCA pump with opioids; monitored intermittently by spot check oximetry and vitals.
• Saturday, July 17th Amanda was was found unresponsive and resuscitation efforts were unsuccessful.
www.promisetoamanda.org/amandas-story
WHY CAPNOGRAPHY?
Name: Amanda Abbiehl
Age: 18
Diagnosis: Severe pain from throat infection
Monitoring: Intermittent SpO2 and vitals
5 Presentation Title (Edit on Slide Master) | June 1, 2015 | Confidential, for Internal Use Only
WHAT’S THE DIFFERENCE?
CAPNOGRAPHY
Measures ventilation (CO2)
Detects hypoventilation immediately
Early indicator of hypoventilation
Should be used WITH pulse oximetry
PULSE OXIMETRY
Measures oxygenation
Detects hypoxemia
Late indicator of hypoventilation
Should be used WITH capnography
RESPIRATORY COMPROMISE A COMMON, COSTLY & DEADLY PROBLEM
Affects 30% of post-op patients
7% of Medicare patients suffer respiratory compromise
$18K additional cost per patient
29x more likely to die than the general patient population
1. Shander A, Fleisher LA, Barie PS, Bigatello LM, Sladen
RN, Watson CB. Clinical and economic burden of
postoperative pulmonary complications: patient safety
summit on definition, risk-reducing interventions, and
preventive strategies. Crit Care Med. 2011;39(9):2163-
2172.2. Agarwal SJ, Erslon MG, Bloom JD. Projected
incidence and cost of respiratory failure, insufficiency and
arrest in Medicare population, 2019. Abstract presented at
Academy Health Congress, June 2011.3. Canet J, Gallart L.
Postoperative respiratory failure: pathogenesis, prediction,
and prevention. Curr Opin Anaesthesiol. 2014;20(1):56-62.4.
Burt CC, Arrowsmith JE. Respiratory failure. Surgery
(Oxford). 2009;27(11): 475-479.
6
POST-OP INDUCED RESPIRATORY DEPRESSION
A CLOSED CLAIM ANALYSIS
• Anesthesia Closed Claims Project- Dr Lee and Dr Caplan
• Database of 9,799 claims– 357 Acute Pain Claims 1990-2009
• 92 of 357- Resp Depression judged possible, probable, or definite
• 88% of RD occurred in the first 24 hours after surgery
• 77% resulted in severe brain damage or death
• 55% of RD claims associated with death
• 22% of RD claims associated with brain damage
POST-OP INDUCED RESPIRATORY DEPRESSION
A CLOSED CLAIM ANALYSIS
• Anesthesia Closed Claims Project- Dr Lee and Dr Caplan
• 97% were judged as preventable with better monitoring
• Time between last nursing check and discovery of RD
• 2 hours in 42% of claims
• 15 mins in 16% of claims
Anesthesiology 2015 Vol 122, 659-665
Opioid Induced Respiratory Depression
Patients are at the greatest risk for respiratory failure in the first 24
hours postoperatively
•75% of deaths related to critical respiratory events occur in the first 24 hours
postoperatively[7]
•81% of critical respiratory events occur in the first 24 hours postoperatively[7]
•77% of naloxone reversal of postoperative narcotics for pain management occur in
the first 24 hours postoperatively[8]
7. Ramachandran SK, Haider N, Saran KA, et al. Life-threatening critical respiratory events: a retrospective study of postoperative patients found unresponsive
during analgesic therapy. Jf Clin Anesth. 2011;23(3):207-213. [ View Abstract ]
8. Taylor S, Kirton OC, Staff I, Kozol RA. Postoperative day one: a high risk period for respiratory events. Am J Surg. 2005;190(5):752-756. [ View Abstract ]
OPIOD INDUCED RESPIRATORY DEPRESSION
Respiratory Compromise Prevention Capnography Solutions
CAPNOGRAPHY GROWING AT AN ACCELERATED RATE
11 |
6 statements in 8 years
1999 - 2007 2007 - 2009 2010 - 2014
7 statements in 3 years 33 statements from
Oct 2010 – Apr 2014
(> 9 per year) 13 statements in 11 years
(~1 per year)
November 2010 - American Heart Association (AHA) Guidelines for CPR and ECC
“Continuous qualitative waveform capnography is now recommended for intubated adult patients throughout the peri-arrest period”
July 2011 - Standards for Moderate or Deep Sedation Procedural Sedation Practices-ASA
“Adequacy of ventilation shall be evaluated by continual observation of qualitative clinical signs and monitoring for the presence of exhaled carbon dioxide…”
August 2011- APSF Postoperative Monitoring with Opioids Use
“Continuous electronic monitoring of oxygenation and ventilation should be available and considered for all patients”
September 2012 - Joint Commission Sentinel Event Alert
“In addition to monitoring respiration and sedation, pulse oximetry can be used to monitor oxygenation, and capnography can be used to monitor ventilation”
RECENT RECOMMENDATIONS AND GUIDELINES FOR CAPNOGRAPHY USE
Covidien Respiratory and Monitoring Solutions
| October 20, 2016 | 12 |
RESPIRATORY DEPRESSION - SAO2 AND SUPPLEMENTAL O2
Becker DE, Casabianca AB. Anesth Prog 2009;56:14-22.
CAPNOGRAPHY & REMOTE MONITORING RESULTS (CONT.) PROVIDENCE ST. PETER HOSPITAL, OLYMPIA, WASHINGTON
Source: Jensen, D et al. Capnographic Monitoring Can Decrease Respiratory Compromise and Arrest in
the Post-Operative Surgical Patient. Respiratory Therapy. Spring 2016;11(2):30-32.
14
CAPNOGRAPHY & REMOTE MONITORING RESULTS (CONT.) PROVIDENCE ST. PETER HOSPITAL, OLYMPIA, WASHINGTON
Source: Jensen, D et al. Capnographic Monitoring Can Decrease Respiratory Compromise and Arrest in
the Post-Operative Surgical Patient. Respiratory Therapy. Spring 2016;11(2):30-32.
• 65% reduction in code blues
over 24 months
• Zero high-risk patients on
capnography experienced a
code blue event since
program initiation.
• “Cost effectiveness ratio”:
• 2.15 0.72 codes/month =
approx. 17 codes per year
saved
• Estimated cost of $50,412
per code
• Total savings > $850K/yr
Expansion to other at-risk
populations in progress
15
16 Medtronic Outcomes Pledge Program
GENERAL CARE FLOOR
Capnography Monitoring Clinical Evidence
100% Reduction1,2
Candler/St. Joe’s Savannah, GA
• Three opioid-related events two years pre-Microstream™ capnography monitoring implementation
• Post-implementation - no events in 11+ years (2012 data)
• Based on avoided adverse events over 5 years, $1.87M savings
78% Reduction3,4
Wesley Medical Center Wichita, KS
• 31% rate of severe adverse events prior to Microstream™ monitoring
• 7% post-implementation in year one with immediate 78% reduction in severe adverse events
• By year three, 1.5% incidence
85% Reduction5
Bellin Hospital Green Bay, WI
• After implementation of high risk protocol inclusive of etCO2 monitoring, 85% decrease in emergent Narcan administration
1. Danello SH, Maddox RR, Schaack GJ. Intravenous Infusion Safety Technology: Return on Investment. Hospital Pharmacy 2009; 44:(8)680–687, 696.
2. Maddox R. Clinical Experience with Capnography Monitoring for PCA Patients. APSF Newsletter Winter 2012.
3. Fox D, Wencel M. Integral Role of Respiratory Therapists in a Comprehensive Pain Management Program using End Tidal CO2 Monitoring. 2011 AARC Congress
– Respiratory Care 2011;56:1636.
4. Fox D, AARC Webcast – etCO2 Monitoring: Riding the Wave, April 2013.
5. Weber P. High Risk Patient Protocol: Preventing Respiratory Complications. 2011 AARC Congress – Respiratory Care 2011;56:1636.
17 Medtronic Outcomes Pledge Program
GENERAL CARE FLOOR
Capnography Monitoring Clinical Evidence
100% Reduction1
St. Francis Grand, NE
• 100% reduction in transfers to higher level of care for respiratory suppression with PCA narcotics post Microstream™ capnography implementation
100% Reduction2,3
Wesley Medical Center Wichita, KS
• 12.5% incidence of severe adverse drug events, progressing to Code Blue, prior to Microstream™ capnography monitoring implementation
• One year post-implementation: 0%
65% Reduction4
Providence St. Peter Olympia, WA
• 65% reduction in Code Blue events over the 24 month period following implementation of Microstream™ capnography monitoring
1. Pohlenz P, Woodward K, Rosacker L, Nickels B, . Capnography Monitoring For Patient Controlled Analgesia. 2011 AARC Congress – Respiratory Care
2011;56:1636.
2. Fox D, Wencel M. Integral Role of Respiratory Therapists in a Comprehensive Pain Management Program using End Tidal CO2 Monitoring. 2011 AARC Congress
– Respiratory Care 2011;56:1636.
3. Fox D, AARC Webcast – etCO2 Monitoring: Riding the Wave, April 2013.
4. Jensen D, Williamson, J , Allen M, et al. Capnographic Monitoring Can Decrease Respiratory Compromise and Arrest in the Post-Operative Surgical Patient.
Respiratory Therapy Spring 2016. Volume 11 No. 2, P30-32.
THE CAPNOSTREAM® 20P PATIENT MONITOR
Microstream etCO2 and Nellcor SpO2 monitoring
Crisp, clear full-color display
Customizable display settings
Neonatal to adult patient modes
Easy-to-use, ‘turn and click’ user interface
Smart Capnography™ algorithms
Trend reporting options
Multiple connectivity options
Handheld options also available
18
Reinventing What’s Humanly Possible.
Vital Sync™ Virtual Patient Monitoring Platform
Vital Sync™
HOW DOES VITAL SYNC™ WORK?
Vital Sync™
Virtual Patient
Monitoring
Platform (VPMP)
Vital Sync™
Informatics
Manager
HOSPITAL NETWORK
REPORTS
Device-Level
Patient-Level
System &
Administrative
CONNECTIVITY
EMR
CIS
ADT
Alarm Forwarding Systems
Remote & Mobile Monitoring
(desktops, tablets, smart
phones, laptops,
Workstations on Wheels,
central station)
CONNECTED DEVICES
Nellcor Pulse Oximeters
Microstream Capnography Monitors
Puritan Bennett Ventilators
Newport Ventilators
Version 2.5 : Added BIS & INVOS
Version 2.6: Add Wearable
Wireless
APPLICATIONS
Workflow Apps
Clinical Apps
20
VITAL SYNC - PATIENT TILE VIEW
21
VITAL SYNC - DETAILED CAPNOGRAPH VIEW
22
VITAL SYNCTM REPORTS
Patient-specific ventilation report
Patient-specific oxygenation report
Ventilator Associated Condition report
Ventilator Associated Event report
Alarm frequency (by device or by unit/floor)
Alarm duration (by time of day)
Alarm recognition (by time of day)
Setting change frequency (by device)
Average days on ventilator (by unit/floor)
Number of monitored patients (by day)
Custom Reports
23
THANK YOU