EMBLEM™ MRI S-ICD System

Subcutaneous Implantable Defibrillator

Level Up with AST 2.0

The EMBLEM MRI S-ICD Automated Screening Tool (AST) takes patient screening to the next level by incorporating your feedback to increase efficiency and usability.

Integration with the Heart Connect™ System
On-Screen Instructions
Progress Indicator During Capture of ECG
Drop-Down List for Optional Postures
Multiple Sternal Lead Positions Within a Single Session
Reasons for Vector Failure
Filtered Signal Can Now Be Included on Report
Selectively Export Sessions

Key Resources

Directions for Use Patient Information Indications, Safety and Warnings

Education & Training

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AST 2.0 Now Available through the LATITUDE™ Programming System, Model 3300

Applies the Vector Select algorithm that is used by the S-ICD to sense the cardiac signal designed to more closely represent
S-ICD device performance.¹

EMBLEM MRI S-ICD System and LATITUDE Programming System, Model 3300 showing an AST 2.0 screen.

How to Do a Successful Screening

With the EMBLEM MRI S-ICD Automated Screening Tool, you can screen patients in 5 simple steps.²

Illustration of a ribcage showing the placement of the electrodes during S-ICD patient screening.

Place electrodes.

First screen of the Automated Screening Tool.

Click EMBLEM S-ICD Automated Screening Tool.

ECG screen of the Automated Screening Tool.

Verify a clean ECG.

Screen showing the various tests performed by the Automated Screening Tool.

Run the Test: Supine & Standing. Save, then print and/or export test data.

Report generated by the LATITUDE Programming System, Model 3300.

Review and determine acceptable vectors.

The Evolution of S-ICD Screening

Screening for S-ICD has continued to evolve to remove subjectivity while increasing efficiency and usability.

Manual Screening Tool introduced in 2012.

First Automated Screening Tool introduced in 2017.

Second Automated Screening Tool introduced in 2020.

Which Patients Should Be Screened for an S-ICD?

All ICD-indicated patients without a pacing need should be considered for an S-ICD.

	Patient Comorbidities	S-ICD Considered^3,4	TV-ICD Required^3,4	TV-ICD Considered^3,4
Evaluating Need for Brady Pacing^5-7	Brady pacing indication at implant		X
	No current pacing indication, but has 1 or more of the following: H/O CABG surgery H/O atrial fibrillation Age > 80 PR interval > 200 ms			X
	No pacing indication at implant and age < 80	X
High Risk for TV Lead Failure⁸	Life expectancy > 8 years	X
High Risk for Infection⁹	H/O device infection	X
	Prosthetic heart valve	X
	On dialysis or renal insufficiency	X
	Diabetes	X
	Other risk factors: COPD Corticosteroid use Oral anticoagulation Class II-IV heart failure Chronic skin disorder Malignancy	X
High or Low Risk for ATP^10,11	Ischemic or non-ischemic heart failure or ICD-indicated patient with NO history of recurrent sustained monomorphic VT	X
High or Low Risk for ATP^10,11	ICD-indicated patient WITH a history of recurrent sustained monomorphic VT amenable to ATP therapy		X

Training & Education

Explore continuing education courses, best practices modules and other training and
resources for S-ICD.

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Why S-ICD?

See how S-ICD helps protect patients at risk for sudden cardiac death
while also eliminating the risk of TV-ICD lead complications.

Patient Selection

Learn why all ICD-indicated patients without a pacing need should be screened and strongly considered for S-ICD.

Clinical Data

Explore clinical outcomes and
learn about the first prospective, randomized, non-inferiority clinical trial comparing S-ICD to TV-ICD.

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