top of page
Man Reading Newspaper

Publications

HRS Dr Tung Article.jpg

Cycle length oscillation during ventricular tachycardia:
What is the mechanism?

Naohiko Sahara, MD, Roderick Tung, MD, FHRS

Case Study involving our Map-iT® catheter.

Electrocardiographic and Electrophysiologic Characteristics of Idiopathic Ventricular Arrhythmias Originating From the Basal Inferoseptal Left Ventricle

Basil Inferseptal LV Endocardium versus Inferobasal Crux
Septal Intramural Substrate versus normal septum

Identification of site of origin matters for intramural ventricular arrhythmias. See how our unique 3.3F multipolar Map-iT® catheter helped prove it!

​

Videos

Life-Like animated videos showing the capabilities of some of our catheters and how they are used in medical procedures.

Access Point Map IT® 3D CS Reach
01:24

Access Point Map IT® 3D CS Reach

Video showing the APT EP Map-IT® CS-Reach™ Catheter - it is a steerable decapolar catheter with three-dimensional curve for improved access to CS from either the superior or inferior approach. The multi-plane curve allows for 90 degree approach to the CS os.
Access Point HIS-RV Catheter Video
01:19

Access Point HIS-RV Catheter Video

Video showing APT EP Map-® HIS-RV™ Decapolar catheter with 4 distal electrodes for the RVA and 6 proximal for the HIS. Allowing for simultaneous HIS and RVA recording with a single catheter. Pace the RVA and record the retrograde AV node activation. Achieve simplified, more cost effective procures.
Access Point EP Map-iT® 4/3.3F Guide-Tip™ Catheter
01:34

Access Point EP Map-iT® 4/3.3F Guide-Tip™ Catheter

Video showing the Guide-Tip Catheter - Cannulate deep into the CS and its side branches to map ventricular arrhythmias. Tight electrode spacing allows for precise signal mapping and location of arrhythmia origin.
Access Point CTI-DUO Catheter Video
01:46

Access Point CTI-DUO Catheter Video

Access Point CTI-DUO Catheter Video
bottom of page