- How a cybersecurity expert protects his smartphone
- ASC presents Take 6, “The Most Wonderful Time of the Year” Dec. 15
- Leeth named UAB School of Medicine assistant dean for strategic planning
- Coping with holiday grief
- New water plan saves big money
- Campus police offer holiday safety tips
- Alys Stephen Center Screens Walking the Camino: Six Ways to Santiago
- Hospital feeds underprivileged new moms
- UAB’s Alys Stephens Center presents Yo-Yo Ma Dec. 6
- Southern Miss tops Blazers, 62-27, in season ending game
- Henry Panion selected for 2014 Alabama African-American History Calendar
- Enjoy Christmas at the Alys Dec. 2, “The Season’s First Jingle”
- Engineering’s Ning wins ASTM International award
- Collat School of Business unveils sign at celebration
- Heudebert elected master by American College of Physicians
UAB surgeon first to use new heart catheter on a U.S. patient
Cardiovascular physician Tom McElderry, M.D., has become the first surgeon in the United States to use the new IntellaTip MiFi™ XP catheter in a patient.
The device was given FDA approval in the United States in August for the treatment of atrial flutter, an arrhythmia that affects nearly one million people in the United States.
IntellaTip MiFi™ XP is engineered to deliver highly localized electrical information in real time. An innovative set of electrodes around the catheter’s tip provide electrograms of the heart – photos of the heart’s electric anatomy – with a higher resolution than any other ablation catheter. These electrograms help clinicians assess lesion maturation and differentiate viable from non-viable tissue.
McElderry, associate professor of medicine and section chief of Electrophysiology in UAB’s Division of Cardiovascular Disease, worked with Boston Scientific for five years on the sensor technology.
“The catheter helps physicians pinpoint the areas for therapy delivery, which helps make a more precise diagnosis and treatment of rhythm atrial flutter,” McElderry said. “In my opinion, we’re going to be able to use this catheter or similar technology on other catheter platforms in the future to address more complex arrhythmias.”
The catheter, which is removed at the conclusion of the procedure, has a steerable sheath that enables it to gain access to the heart, facilitating catheter use in a variety of procedures, including treatment of atrial flutter, atrial fibrillation and ventricular tachycardia. Enhanced features, which include a soft distal tip, advanced shaft construction and an intuitive ergonomic handle, help clinicians deliver catheters consistently and safely during electrophysiology procedures.
In addition to his consulting work with Boston Scientific, McElderry is a consultant for competitors BioSense Webster Inc. and St. Jude Medical Inc.