Choosing the right device to regulate or jump-start the heart can be a challenge. Not only does a patient’s ...
Cardiac Resynchronization Therapy Devices (CRT)
Cardiac Resynchronization Therapy Devices (CRT) are cardiac electrophysiology (EP) systems that include a small electronic device that is surgically implanted into a pocket of skin to help both ventricles contract together. They are also called biventricular pacemakers. These systems can be used for pacing only, or can include a built-in defibrillator.
March 3, 2008 - Boston Scientific Corp. received CE Mark approval of its ACUITY Spiral left ventricular lead for ...
February 5, 2008 - Doctors completed the first implant of Boston Scientific’s COGNIS cardiac resynchronization ...
February 29, 2008 - Physicians began performing the first European implants of the COGNIS cardiac ...
February 27, 2008 - Boston Scientific Corp. said the FDA approved three products in its Cardiac Rhythm Management ...
January 22, 2008 - Boston Scientific Corp. today announced CE Mark approval for its COGNIS cardiac ...
November 13, 2007- There is significant underutilization of many guideline-indicated life-saving medical and ...
St. Jude Medical Inc. announced FDA approval of its first radiofrequency (RF) wireless devices to treat patients ...
October 9, 2007 – Medtronic Inc. today announced that it has begun enrolling in the PRECEDE-HF clinical trial that ...
October 1, 2007 - CardioDynamics announced it has received market clearance from the FDA for new ICG clinical parameters ...
July 17, 2007 - St. Jude Medical Inc. today announced that it received regulatory approval from the Japanese ...
The Acuity steerable left ventricular lead device is designed for cardiac resynchronization therapy ...
June 29, 2007 – St. Jude Medical, Inc. today announced that the FDA and European CE Mark approvals to expand the ...
May 30, 2007 — Cardiovascular Associates, Kingsport, TN, has announced the successful implant of a new investigational ...
St. Jude Medical Inc. says it has received FDA approval of a new cardiac rhythm management device designed to ...