Jun 6 2012
Enabling physicians to transition between cardiac and peripheral work 
      seamlessly during a single procedure, Toshiba America Medical Systems, 
      Inc.'s InfinixTM-i vascular X-ray systems facilitate better 
      physician workflow and support improved patient care. New Cardiovascular 
      Horizons (NCVH), a leading peripheral intervention conference focused on 
      peripheral artery disease with a special emphasis on critical limb 
      ischemia, will feature four live cases using Toshiba's Infinix-i 
      vascular X-ray systems.
    
The live cases using the Infinix-i systems to treat critical limb 
      ischemia will take place on Thursday, June 7, 2012. Two live cases will 
      be performed by Dr. Frank Bunch at Springhill Medical Center, Mobile, 
      Ala., using Toshiba's Infinix DP-i (dual plane) system, while two more 
      will be performed by Dr. Oscar R. Rosales at Memorial Hermann, Houston, 
      Texas, using the Infinix VF-i single plane system.
    
    
      "Acting as extensions of the physician's eyes and hands, the Infinix 
      DP-i and VF-i single plane are two versatile systems that allow for both 
      cardiovascular and peripheral procedures to be performed in a shared 
      cath lab," said Stephen Bumb, director, X-ray Vascular Business Unit, 
      Toshiba. "Giving physicians access to the patient from either side of 
      the table leads to faster, more precise evaluation and treatment of limb 
      ischemia for improved patient outcomes."
    
    
      The live cases, focused on salvaging critical limbs, will showcase the 
      systems' ability to meet the needs of physicians during peripheral 
      intervention. Toshiba's Infinix-i systems feature an industry-leading 
      five-axis positioner, allowing for unrestricted patient access to 
      facilitate advanced, complex procedures with ease. When combined with 
      Toshiba's proprietary Next Generation Advanced Image Processing (AIP), 
      Infinix-i provides improved visualization, helping clinicians more 
      quickly and accurately diagnose and treat patients.