Technology and Treatments

Advanced Cardiac CT Scanner

Chronic Total Occlusion (CTO)


Drug-Eluting Stents


Impella with the Stereotaxis for Treating V-Tach Ablations

Minimally Invasive Direct Coronary Artery Bypass (MIDCAB)

QuickOpt Technology

Radial Artery Harvesting

Rotational Atherectomy or Rotablator

Stereotaxis Gentle Touch Magnetic System

The TAPAS Catheter

Unify CRT-D and Fortify ICD

New Treatments


wrist cath

Radial Artery Harvesting

Rather than using the saphenous vein from the leg for bypass grafting, the radial artery from the arm is harvested and used. The radial artery resists the atherosclerotic process more than the saphenous vein. The arm suffers no ischemia with the removal of this artery because the blood supply to the hand is assessed preoperatively in selected patients.

Minimally Invasive Direct Coronary Artery Bypass (MIDCAB)
MIDCAB is bypass surgery that is done without stopping the heart and placing the patient on a heart/lung machine. The surgery is performed through a four inch incision. This procedure is applicable for single bypass grafts to the LAD.







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For many patients with vascular disease, walking one city block is impossible. The pain in the legs and feet associated with vascular disease is often unbearable; the patient must stop and rest to relieve the pain, which returns upon resumption of exercise. The balloon angioplasty procedure does not always offer long-term success in the legs, especially in the femoral artery in the thigh. For reasons still unknown to physicians, this artery is prone to renarrowing after interventional procedures to open it – as many as 60 percent of patients will experience reoccurring blockages. Stents, which could help support the artery walls, are not a desirable option in this artery because scar tissue is highly likely to form within the stent, causing further blockages. Bypass surgery is costly and invasive, and grafts to this artery are prone to occlusion themselves. Often, vascular disease patients have no option for bypass surgery because the saphenous vein has been used previously to bypass the coronaries.

Impella LP 2.5 Heart Pump with the Stereotaxis Remote Navigation System for Treating V-Tach Ablations
Deborah physicians have expanded its use of the Stereotaxis Remote Navigation System (which is able to provide a flexible, robotically-driven catheter ablation to delivers radiofrequency energy to destroy small areas of heart tissue responsible for the arrhythmia) in combination with the Impella LP 2.5 heart pump. This allows ablation treatment for patients with advanced heart damage and heart failure who were not previously considered for the Stereotaxis Magnetic Navigation System procedure. The use of the Impella LP 2.5 heart pump -- the world’s smallest heart pump -- provides the heart with active support in critical situations, pumping up to 2.5 liters of blood per minute -- flowing continuously from the left ventricle into the ascending aorta -- allowing for critically-needed intervention care.

Drug-Eluting Stents
In the US each year, 800,000 people undergo coronary angioplasty to open narrowed and/or blocked arteries. More than 80 percent of these patients will receive stents; however, within six to nine months, many of these patients will experience in-stent restenosis due to scar tissue build-up, which could require them to undergo additional interventional or surgical procedures. Drug-eluting stents, when used during angioplasty, offer effective reduction of restenosis by emitting a controlled-release drug for several weeks after the procedure.

In-stent restenosis has posed a challenge because the probability of recurrent restenosis in previously stented patients is 40-80%. Though some therapies exist to treat in-stent restenosis once it occurs, until now, no methods were available to limit it.