Cardiac Innovations at LIJ
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The New York Area Experts in Radial (Wrist) Artery Entry Increased Comfort and Convenience
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The New York Area Experts in Radial (Wrist) Artery Entry In fact, LIJ performs more radial artery procedures than any other hospital in the Northeast. The high volume of procedures performed via the radial artery in LIJ's busy Cardiac Catheterization Labs has given our interventional cardiologists the experience necessary to become highly skilled in this procedure. We are also able to perform all types of interventional procedures (angioplasty and stents) from the radial approach. This procedure offers several important advantages for any suitable patient. Reduced Risk of Complications The radial approach has virtually eliminated these complications. In addition, some angioplasty procedures may require powerful blood thinners (glycoprotein IIb/IIIa inhibitors) which are safer to use when the radial approach is chosen. Increased Comfort and Convenience Patients done via the radial artery are able to sit up immediately and potentially discharged from the hospital within one to two hours if no angioplasty is necessary. Who Is a Candidate?
The Highest Standard of Care To obtain further information about the services offered at the Cardiac Catheterization Labs, or to schedule a cardiac catheterization procedure, call our cardiology booking nurse at (516) or (718) 470-4350.
We are excited about the availability of cryoablation at LIJ. Cryoablation is a new method of treating fast rhythms that makes the ablation procedure safer for the patient. Although relatively safe, radio frequency ablation, the standard technique, carries with it a risk of heart block requiring a permanent pacemaker. However, cryoablation carries a risk of heart block requiring a permanent pacemaker of close to 0%.
Cryoablation permits us to "map" abnormal heart rhythms and freeze small portions of heart muscle, curing patients from debilitating rapid heart beats. The traditional technique for curing rapid heart beats has been to cauterize or "burn" the heart muscle. While this remains an effective technique, it carries the risk of causing blood clots. In addition, the damage caused by burning is irreversible. Freezing can be performed to -30 degrees Celsius to "stun" the cardiac tissue and test the targeted heart muscle tissue. If the targeted spot is incorrect, the tissue is permitted to warm up and recover. However, if stunning the tissue stops the abnormal heart rhythm, the tissue can be frozen to -70 degrees Celsius, preventing the cell from ever causing an abnormal heart rhythm again. |
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