Introduction to Advanced Resuscitation Techniques ART The ART

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Introduction to Advanced Resuscitation Techniques (ART)- The ART of improving outcomes in cardiac arrest

Introduction to Advanced Resuscitation Techniques (ART)- The ART of improving outcomes in cardiac arrest • Novel resuscitation techniques and high performance CPR • Improving outcomes with advanced techniques and technology • A paradigm shift in the way we approach cardiac arrest

Introduction to ART has three main goals: • Improving the resuscitation response to drive

Introduction to ART has three main goals: • Improving the resuscitation response to drive greater survival. • Preventing arrests via analysis of the root causes of arrests. • Continuous Quality Improvement via use of data collection and analytics.

Current Resuscitation Model • Infrequent exposure to a standardized model of care for all

Current Resuscitation Model • Infrequent exposure to a standardized model of care for all patients and all care providers • Rigid and inflexible • Has not drastically changed outcomes • Does not take into account available technology and institutional needs

Optimizing CPR Interruptions CPR Quality

Optimizing CPR Interruptions CPR Quality

Perfect CPR – Real time feedback • Rate , depth, compression rate AND recoil

Perfect CPR – Real time feedback • Rate , depth, compression rate AND recoil for each compression. • Seamless continuous CPR achieved with filtered ECG. • NO interruptions for rhythm check – Filtered ECG

Ventilations? • NO interruptions for ventilation – synchronous ventilation • Single ventilation inserted on

Ventilations? • NO interruptions for ventilation – synchronous ventilation • Single ventilation inserted on the upstroke of every 10 th compression. Although < 0. 4 sec, animal studies have shown adequate TV and minimal gastric insufflation due to negative intrathoracic pressure during upstroke

Upstroke Ventilation 1 2 3 4 5 6 7 8 9 10 Breath

Upstroke Ventilation 1 2 3 4 5 6 7 8 9 10 Breath

ETCO 2 – information gained • Confirmation of optimal CPR parameters – better CPR

ETCO 2 – information gained • Confirmation of optimal CPR parameters – better CPR will produce better ETCO 2 values • Prognostication – low ETCO 2 < 12 mmhg a/w poor prognosis • Predict success at defibrillation – Higher ETCO 2 (>25 mmhg) a/w significantly better shock success. • Detect ROSC – sharp and sustained rise in ETCO 2

The following chart shows the progress made in some hospitals and emergency response systems

The following chart shows the progress made in some hospitals and emergency response systems following implementation of ART Resuscitation.

 • Before and after study. • Improved survival to hospital discharge, improved neurological

• Before and after study. • Improved survival to hospital discharge, improved neurological outcomes.

NTFGH & JCH Cardiac Activation (Reactive) –AUTOMATED CODE BLUE

NTFGH & JCH Cardiac Activation (Reactive) –AUTOMATED CODE BLUE

NTFGH & JCH Cardiac & Peri-Arrest Alert & Activation (Predictive)

NTFGH & JCH Cardiac & Peri-Arrest Alert & Activation (Predictive)

Cardiac Arrest Rate per 1000 patient admissions

Cardiac Arrest Rate per 1000 patient admissions