Capture every aspect of hemodynamic status

Similar documents
61% SvO 2. Clarity. Simplified.

61% SvO 2. Clarity. Simplified.

What you need. When you need it. EV1000 Clinical Platform

FloTrac Sensor and Edwards PreSep Central Venous Oximetry Catheter Case Presentations

Global Myocardial Protection

An early warning indicator of tissue hypoxia.

Edwards FloTrac Sensor & Performance Assessments of the FloTrac Sensor and Vigileo Monitor

CLINICAL COMMUNIQUE 16 YEAR RESULTS

Cogent 2-in-1 Hemodynamic Monitoring System

FUNDAMENTALS OF HEMODYNAMICS, VASOACTIVE DRUGS AND IABP IN THE FAILING HEART

86% P(iBP) Hypotension. Clarity

The Vigileo monitor by Edwards Lifesciences supports both the FloTrac Sensor for continuous cardiac output and the PreSep oximetry catheter for

The Vigileo monitor by Edwards Lifesciences supports both the FloTrac Sensor for continuous cardiac output and the PreSep oximetry catheter for

The Vigileo monitor by Edwards Lifesciences supports both the FloTrac Sensor for continuous cardiac output and the PreSep oximetry catheter for

Relax and Learn At the Farm 2012

Establishing the New Standard of Care for Inoperable Aortic Stenosis THE PARTNER TRIAL COHORT B RESULTS

Hemodynamic Monitoring and Circulatory Assist Devices

Making the Case For Less Invasive Flow Based Parameters: APCO + SVV. Patricia A. Meehan, RN, MS, CCRN (a) Education Consultant Edwards Lifesciences

A Surgeon s Perspective Guidelines for the Management of Patients with Valvular Heart Disease Adapted from the 2006 ACC/AHA Guideline Revision

The Vigileo monitor by Edwards Lifesciences supports both the FloTrac Sensor for continuous cardiac output and the Edwards PreSep oximetry catheter

Early detection. Proactive intervention.

Nurse Driven Fluid Optimization Using Dynamic Assessments

Safe, simple and reliable closed blood sampling for effective patient blood management.9,14

Introduction. Invasive Hemodynamic Monitoring. Determinants of Cardiovascular Function. Cardiovascular System. Hemodynamic Monitoring

Topics to be Covered. Cardiac Measurements. Distribution of Blood Volume. Distribution of Pulmonary Ventilation & Blood Flow

Cardiopulmonary System

2015 Facility and Physician Billing Guide Heart Valve Technologies

Swans and Pressors. Vanderbilt Surgery Summer School Ricky Shinall

Swans and Pressors. Vanderbilt Surgery Summer School Ricky Shinall

Calculations the Cardiac Cath Lab. Thank You to: Lynn Jones RN, RCIS, FSICP Jeff Davis RCIS, FSICP Wes Todd, RCIS CardioVillage.

haemodynamic monitoring

Admission of patient CVICU and hemodynamic monitoring

Goal-directed vs Flow-guidedresponsive

Critical Care Product Catalogue

Dr. F Javier Belda Dept. Anesthesiology and Critical Care Hospital Clinico Universitario Valencia (Spain) Pulsion MAB

SIKLUS JANTUNG. Rahmatina B. Herman

What is TAVR? Transcatheter Aortic Valve Replacement

Cardiac Output Monitoring - 6

CARDIOVASCULAR MONITORING. Prof. Yasser Mostafa Kadah

Transpulmonary thermodilution in septic shock & ARDS

The SAPIEN 3 TAVI Advantage

SymBioSys Exercise 2 Cardiac Function Revised and reformatted by C. S. Tritt, Ph.D. Last updated March 20, 2006

Swan Ganz catheter: Does it still have a role? Daniel De Backer Department of Intensive Care Erasme University Hospital Brussels, Belgium

Cardiac output and Venous Return. Faisal I. Mohammed, MD, PhD

Principles of Biomedical Systems & Devices. Lecture 8: Cardiovascular Dynamics Dr. Maria Tahamont

Fluid bolus of 20% Albumin in post-cardiac surgical patient: a prospective observational study of effect duration

Cardiac Output MCQ. Professor of Cardiovascular Physiology. Cairo University 2007

Hemodynamic Monitoring Pressure or Volumes? Antonio Pesenti University of Milan Italy

Effects of mechanical ventilation on organ function. Masterclass ICU nurses

Department of Intensive Care Medicine UNDERSTANDING CIRCULATORY FAILURE IN SEPSIS

Assessing Preload Responsiveness Using Arterial Pressure Based Technologies. Patricia A. Meehan, RN, MS Education Consultant Edwards Lifesciences, LLC

From PV loop to Starling curve. S Magder Division of Critical Care, McGill University Health Centre

TOPIC : Cardiogenic Shock

OT Exam 3, August 19, 2002 Page 1 of 6. Occupational Therapy Physiology, Summer Examination 3. August 19, 2002

Impedance Cardiography (ICG) Application of ICG in Intensive Care and Emergency

Cath Lab Essentials: Basic Hemodynamics for the Cath Lab and ICU

ThruPort Ergonic Minimal Incision Instrumentation

What is. InSpectra StO 2?

Καθετηριασμός δεξιάς κοιλίας. Σ. Χατζημιλτιάδης Καθηγητής Καρδιολογίας ΑΠΘ

IN THE NAME OF GOD SHOCK MANAGMENT OMID MORADI MOGHADDAM,MD,FCCM IUMS ASSISTANT PROFESSOR

Impedance Cardiography (ICG) Method, Technology and Validity

The Pathophysiology of Cardiogenic Shock Knowledge Gaps & Opportunities

Hemodynamic monitoring beyond cardiac output

DIAGNOSIS AND MANAGEMENT OF ACUTE HEART FAILURE

Inleiding Swan-Ganz catheterisatie : geschiedenis en controverse

Right Heart Catheterization. Franz R. Eberli MD Chief of Cardiology Stadtspital Triemli, Zurich

Nothing to Disclose. Severe Pulmonary Hypertension

Irreversible shock can defined as last phase of shock where despite correcting the initial insult leading to shock and restoring circulation there is

McHenry Western Lake County EMS System Paramedic, EMT-B and PHRN Optional Continuing Education 2018 #12 Understanding Preload and Afterload

Technique. Technique. Technique. Monitoring 1. Local anesthetic? Aseptic technique Hyper-extend (if radial)

Establishing a New Path Forward for Patients With Severe Symptomatic Aortic Stenosis THE PARTNER TRIAL CLINICAL RESULTS

How can the PiCCO improve protocolized care?

Shock, Monitoring Invasive Vs. Non Invasive

The right heart: the Cinderella of heart failure

Heart Failure. Cardiac Anatomy. Functions of the Heart. Cardiac Cycle/Hemodynamics. Determinants of Cardiac Output. Cardiac Output

Unit 4 Problems of Cardiac Output and Tissue Perfusion

PulsioFlex Patient focused flexibility

QUICK REFERENCE HEARTWARE HVAD PUMP FLOW INDEX

Ejection across stenotic aortic valve requires a systolic pressure gradient between the LV and aorta. This places a pressure load on the LV.

ECCE. Edwards Critical Care Education. Q UICK G UIDE T O Cardiopulmonary Care 3 RD E DITION

Cardiovascular Physiology. Heart Physiology. Introduction. The heart. Electrophysiology of the heart

Sepsis Combine experience and Evidence. Eran Segal, MD Director General ICU, Sheba Medical Center, Israel

Streamline Automation, LLC

The Use of Dynamic Parameters in Perioperative Fluid Management

Introducing the COAPT Trial

Case year old female nursing home resident with a hx CAD, PUD, recent hip fracture Transferred to ED with decreased mental status BP in ED 80/50

For more information about how to cite these materials visit

Ejection across stenotic aortic valve requires a systolic pressure gradient between the LV and aorta. This places a pressure load on the LV.

Drivers have GPS. Dialysis Patients have. Making possible personal.

I intend to discuss an unapproved/investigative use of a commercial product/device in my presentation

Physiology #14. Heart Failure & Circulatory Shock. Mohammad Ja far Tuesday 5/4/2016. Turquoise Team. Page 0 of 13

Pulmonary Artery Catheter Helpful Hints 2017

Reducing Variation in Perioperative Fluid Utilization Results in Improved Surgical Outcomes

DESCRIBE THE FACTORS AFFECTING CARDIAC OUTPUT.

Obligatory joke. The case for why it matters. Sepsis: More is more. Goal-Directed Fluid Resuscitation 6/1/2013

Heart Pump and Cardiac Cycle. Faisal I. Mohammed, MD, PhD

Hemodynamic Monitoring

What is Aortic Stenosis?

Dialysis, personalized. More options for your patients well being.

Transcription:

Capture every aspect of hemodynamic status Edwards Advanced Technology Swan-Ganz Catheters Hemodynamic Monitoring Systems with Continuous CO, SvO 2, EDV, RVEF, SVR, and SV for Optimal Patient Care

The most complete picture of hemodynamic performance Oxygen delivery is the key to patient survival Swan-Ganz CCO Catheter Model: 774HF75 Oxygen Flow-Consumption Diagram This complete picture only available with the Advanced Technology Catheter System *

Precision-guided therapy reduces costs, recovery time and morbidity More precise information, more quickly, means more effective decisions and better patient care Advanced Technology Catheter System information is needed to zero in on the elements of cardiac dysfunction. Is the patient wet or dry? Do I give volume? Is there adequate contractility? Do I give inotropes? Answers to difficult clinical questions like these help physicians to restore a normotensive state more rapidly, thus reducing morbidity and length-of-stay costs. Hemodynamic Management Algorithm for Precision-Guided Therapy Seeing the full hemodynamic picture enables precision-guided therapy, as illustrated below in the Pinsky-Vincent algorithm. Advanced Technology Pulmonary Artery Catheters: For patients in need of precision-guided hemodynamic therapy for: Chest trauma Septic shock ARDS Cardiac surgery Pulmonary hypertension CHF Ventilator patients with PEEP High-risk surgery Surgical pre-optimization Advanced Technology Catheters (used with the Edwards Vigilance Monitors) offer a range of hemodynamic parameters not available on the basic pulmonary artery catheter. * Parameters SvO 2 (Mixed Venous Oxygen Saturation) CEDV (Continuous End Diastolic Volume) SVR (Systemic Vascular Resistance) CCO (Continuous Cardiac Output) SV (Stroke Volume) RVEF (RV Ejection Fraction) Derived Information Tissue oxygenation Preload Afterload Contractility Contractility Contractility *Basic pulmonary artery catheters are limited to Intermittent Cardiac Output and PCWP, a pressure reflection of ventricular volumes.

Introducing the Edwards Vigilance II Monitor An integral part of Edwards Advanced Technology Hemodynamic Monitoring System Continuous CO, SvO 2, EDV, SVR, and other measured and derived parameters are presented on customized displays selected by the clinician. Onscreen, customized trend, data relationship, and stat displays provide a complete picture of blood flow and tissue oxygenation for precision patient management. Interface with the bedside monitor for convenience and display of additional measured and derived parameters such as continuous SVR, DO 2, DO 2 I, VO 2, VO 2 I, O 2 EI, O 2 ER, and VQI. The Vigilance II Monitor is the ideal clinical tool for teaching the principles of advanced hemodynamic monitoring to the clinical staff. Large Customizable Color Screen Select Continuous or Intermittent Cardiac Output Cardiac or Oxygenation Profile Selection Trend Plot Scrolling to Find Historical Data and Events On-screen, Tutorial HELP, Troubleshooting Guide Single Control Knob for Simple, Intuitive Screen Navigation Thermistor and Thermal Filament Test Ports

Vital information for precision-guided therapy Simplify complex information using customized displays Complex cases require more than basic monitoring. The Vigilance II Monitor gives you the ability to present complex hemodynamic data in a simplified way to paint a clearer picture of the patient s hemodynamic status. Four primary continuous display windows with corresponding color-coded trend plot Choose 4 of 10 available parameters Color-coded plot lines correspond with numeric values Scroll back through historical data using time/date and event markers Data relationship plot compares any 2 of 21 available parameters Use the Split Screen setting to show continuous data relationships in Frank-Starling curve format Simplify complex data to get a clearer picture of hemodynamic performance Comprehensive Value Assessment and Product Trial It s rare to find a technology that helps you deliver improved patient care in a cost-effective manner. Follow these simple steps for a comprehensive value assessment and product trial, and see if Advanced Hemodynamic Monitoring is right for your facility. 1. Identify possible clinical candidates for Advanced Technology Monitoring (CHF, chest trauma, septic shock, ARDS, cardiac surgery, ventilator patients with PEEP, pulmonary hypertension, abdominal compartment syndrome, etc.). 2. Determine the Advanced Technology catheter(s) that will best fit your clinical needs. Small, secondary continuous display window Show up to 8 additional measured or derived parameters Up to 4 data sets can be customized and selected for display on demand Split-screen STAT box display window Shows fast trend estimates of CCO/CCI, EDV/EDVI 3. Have your Edwards sales representative prepare a Value Analysis report based upon the unique needs of your facility. 4. Schedule an Advanced Technology Monitoring in-service and education presentation for both nurses and physicians. 5. Complete a courtesy product trial of the Advanced Technology Monitoring System. 6. Ask your Edwards sales representative for a formal price quote.

Edwards Advanced Technology Catheter System Specifications Advanced Technology Catheters Continuous Hemodynamic Monitoring Distance from tip Recommended Introducer Catheter Model Lumens Length (cm) PAP/ Proximal Infusion SvO 2 Continuous French mm Number PAWP Injectate Port VIP Ports Size CCO 139HF75 6 110 26 cm 30 cm 8 or 8.5 2.7 or 2.8 CCOmbo 744HF75 6 110 26 cm 8.5 or 9 2.8 or 3 CCOmbo/VIP 746HF8 7 110 26 cm 30 cm 9 3 CCOmbo/EDV 757HF8 7 110 26 cm 30 cm 9 3 SvO 2 741HF75 6 110 30 cm 8 or 8.5 2.7 or 2.8 CCO/CEDV 177HF75 6 110 26 cm 30 cm 8 or 8.5 2.7 or 2.8 CCOmbo/CEDV 774HF8 6 110 26 cm 8.5 or 9 2.8 or 3 CCOmbo/CEDV/VIP 777HF8 7 110 26 cm 30 cm 9 3 Swan-Ganz CCOmbo VIP Catheter Model: 746HF8 CAUTION: Federal (USA) law restricts this device to sale by or on the order of a physician. See instructions for use for full prescribing information. Edwards Lifesciences devices placed on the European market meeting the essential requirements referred to in Article 3 of the Medical Device Directive 93/42/EEC bear the CE marking of conformity. Edwards Lifesciences, Edwards, the stylized E Logo, and Vigilance II are trademarks of Edwards Lifesciences Corporation. CCOmbo, Swan-Ganz, Vigilance and VIP are trademarks of Edwards Lifesciences and are registered in the U.S. Patent and Trademark office. 2004 Edwards Lifesciences LLC All rights reserved. AR00732-B Edwards Lifesciences LLC One Edwards Way Irvine, CA 92614 USA 949.250.2500 800.424.3278 www.edwards.com Edwards Lifesciences (Canada) Inc 1290 Central Pkwy West, Suite 300 Mississauga, Ontario Canada L5C 4R3 905.566.4220 800.268.3993 Edwards Lifesciences S.A. Ch. du Glapin 6 1162 Saint-Prex Switzerland 41.21.823.4300 Edwards Lifesciences Japan 2-8 Rokubancho Chiyoda-ku, Tokyo 102-0085 Japan Phone 81.3.5213.5700