Home
Learn More
Features & Pricing
Success Stories
Contact Us
Search Archives
PRWeb Direct
Submit Release
October 9, 2008
 
Industry Categories  
News by Country  
News by MSA  
Today's News  
Browse by Day  
PR Trackbacks™  
Featured Videos  
ViewNews™  
eBook Digests  
RSS  
PRWeb, a leader in online news and press release distribution, has been used by more than 40,000 organizations of all sizes to increase the visibility of their news, improve their search engine rankings and drive traffic to their Web site.
 
All Press Releases for October 20, 2003 Subscribe to this News Feed    
 

Minimally Invasive Treatment for Brain Aneurysms: Hartford Hospital Introduces The First Fully-Integrated 3D Biplane Angiographic Lab in Connecticut

Hartford, CT -- Hartford Hospital is introducing a revolutionary angiographic biplane lab enhancing the performance of minimally invasive treatments for those suffering from brain aneurysms. Connecticuts first Fully-Integrated 3D Biplane Angiographic Lab, will be the focus of an Internet webcast on Tuesday, October 21 at 6:00 pm EDT (22:00 UTC), from Hartford Hospital in Hartford, CT.
Viewers will have the rare opportunity to observe how this sophisticated X-ray unit, known as the Artis Biplane Angiographic System will present physicians with a three-dimensional view of blood vessels in the brain. This new technology will allow highly skilled physicians in endovascular neurosurgery to better visualize and access diseased blood vessels of the brain facilitating and enabling repair of aneurysms, correcting vessel blockages, and perform other therapeutic procedures. These advances will prove beneficial to patients of stroke, as well as victims of aneurysms, arterial malformations or other vascular aneurysms.
Under the direction and leadership of Gary Spiegel, MD, director of Endovascular NeuroIntervention and co-medical director of the Stroke Center, these minimally invasive procedures can often replace conventional neurosurgical clipping of brain aneurysms. These revolutionary procedures are performed via a catheter threaded from the groin up into the aneurysmal sac, rather than by the traditional surgical approach that requires opening the skull and pushing away portions of the brain in order to access the aneurysm. Once in the aneurysm, the fine coated platinum coils are placed in its sac. This effectively eliminates blood flow through the weak aneurysmal sac, protecting the patient from a life-threatening rupture.

Approximately 2 million Americans have brain aneurysms, and about 1 out of 6 have more than one. Hartford Hospitals new biplane lab with its state-of-the-art vessel visualization, advanced coiling procedures, along with the most active program of cerebral revascularisation procedures for acute ischemic stroke represent the most comprehensive care for brain vessel aneurysms in Connecticut.

To Access Broadcast:

www.or-live.com/hartfordhospital/1125


OPTIONS
Printer Friendly Version
Email this story to a colleague
CONTACT INFORMATION
Carol Green
860-953-2900
Email us Here
ATTACHED FILES

There are no multimedia files attached to this release. If this is your release, you may add images or other multimedia files through your PRWeb News Management Console.

ABOUT PRESS RELEASES
If you have any questions regarding information in these press releases please contact the company listed in the press release. Please do not contact PRWeb. We will be unable to assist you with your inquiry. PRWeb disclaims any content contained in these release. Our complete disclaimer appears here.
 
Disclaimer: If you have any questions regarding information in these press releases please contact the company listed in the press release.
Please do not contact PRWeb®. We will be unable to assist you with your inquiry.
PRWeb® disclaims any content contained in these releases. Our complete disclaimer appears here.

© Copyright 1997-2008, Vocus PRW Holdings, LLC.
Vocus, PRWeb and Publicity Wire are trademarks or registered trademarks of Vocus, Inc. or Vocus PRW Holdings, LLC.

Terms of Service | Privacy Policy | Copyright