Cardiovascular

Resuscitation

Hospitals are drastically reducing time to first shock and improving survival to discharge rates for sudden cardiac arrest (SCA) patients - all while reducing capital expenses. Simply by training a new tier of responders and strategically placing equipment in the right places, you may be able to do the same².

Changes in Response Routines Save Lives
Some hospitals are changing the standard practice of Basic Life Support (BLS) calling a code, initiating CPR, and waiting for the Advance Life Support team (ALS) to arrive.

Studies show:

CPR buys time but the sooner defibrillation begins, the better the chances of survival¹
Reducing time-to-first-shock by even one minute saves lives¹

Training BLS staff to operate automated external defibrillators (AEDs) and manual defibrillators with AED functions – then placing these lifesaving devices within easy reach – can make the difference.

Training a new Tier
A prepared staff can help broaden the support net.

When nurses and other BLS staff – previously expected to perform only CPR – are trained to operate AEDs, it can lead to dramatically improved results.

The right equipment in the right place is the key
Defibrillator/monitors with AED capabilities in intensive care areas and AEDs in outpatient areas enable trained BLS staff to respond more effectively.

Nurses and staff, often the first to respond to a patient in distress, will find HeartStartFR2+ easy to use.

HeartStartFR2+ – portable, lightweight, and requires minimal training.

Automatically determines whether a shock is required with the same accuracy as a trained observer of heart rhythms
Heart rhythm display and manual override for effortless hand-off to ALS responders.
Pediatric capability* ensures compatibility with every patient

Both first responders and the ALS code team rely on HeartStart XL to provide effective, seamless continuity of care.

HeartStart XL – continuous monitoring and manual defibrillation plus AED.

In AED mode, HeartStart XL uses the same unambiguous voice prompts and text messages as HeartStart FR2+ to guide first and BLS responders while continuously monitoring and displaying the patient’s ECG
When the ALS code team arrives, it’s a quick switch to manual mode for access to advanced features, such as selectable energy and noninvasive pacing
Pediatric capability* ensures life support for every patient

* A Philips exclusive

With HeartStart, less is more
The comprehensive range of HeartStart models tailors functionality to user needs and expertise. Only the essential functionality where and when you need it – that’s Philips’ design philosophy. Our AED technology is powered by a platform that’s intricate and robust in technology, yet simple in operation.

Compatibility at every level, continuity of care in every location – from home to ambulance to CCU.

Learn more

+ Defibrillators

+ Clinical Profile - 'Tiered defibrillation response at Miriam
Hospital'

1. White RD, et al. “Patient outcomes following defibrillation with
    a low-energy biphasic truncated exponential waveform in
    out-of-hospital cardiac arrest.” Resuscitation 2001: 49: 9-14.
2. Tiered defibrillation response at Miriam Hospital and Atlanta
    VA; Philips Clinical Profile

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Today, with 22 AEDs

distributed across all non-critical areas of the hospital, we’ve improved time-to-first-defibrillation from seven to ten minutes to two minutes or less.²

- Sandra Sawyer-Silva,

MSN, RN, CCRN

The Miriam Hospital,

Providence, Rhode Island, USA

Our CF/VT survival-to-

discharge rate is now 46%, a 600% improvement.²

- Samuel Dudley, M.D., Ph.D.,

Atlanta VA Medical Center,

Atlanta, Georgia, USA