Are you trying to find the best and most reputable local provider of cardiology services in Mississauga? The Aafiyat Medical Center is pleased to assist! The field of interventional cardiology holds great potential to transform the management of cardiovascular disease through the development of novel instruments and methods, such as minimally invasive treatments guided by images and advanced equipment that reduce patient wait times.
INTERVENTIONAL IMAGING: PERCEIVING THE IMPOSSIBLE
Regarding state-of-the-art innovation, one of the most amazing breakthroughs in interventional cardiology has been the development of new imaging technologies within blood vessels, which allow us to see what’s going on inside the heart and the vessels in three dimensions and at a micro-scale resolution.
Tomography of Optical Coherence (OCT)
By providing cross-sectional pictures of the coronary arteries, Optical Coherence Tomography (OCT) provides high-resolution, near-infrared imaging that enables the evaluation of the composition and shape of plaque. This makes it easier for the cardiologist to differentiate between simple plaques and those that are more likely to burst.
Ultrasound Intravascular (IVUS)
Intravascular Ultrasound (IVUS) is a real-time ultrasound-based imaging technology that creates high-resolution images of the vessel lumen from inside blood vessels. It also provides crucial information on the dimensions of the vessel and the composition of the plaque, which is essential for evaluating the best place to place a stent and optimizing the interventional procedure.
SMALL-GRADE INVASIVE ACTIONS: REVALUATING PATIENT CARE
In terms of cardiology services in Mississauga, minimally invasive procedures have been transformed by sophisticated imaging, which has also changed the area of interventional cardiology to enable quicker, less dangerous recoveries and better quality of life.
Replacement of the Transcatheter Aortic Valve (TAVR)
Surgeons can replace a deteriorated aortic valve without entering the chest by using transcatheter aortic valve replacement, or TAVR. Using a tiny incision in the groin or chest, doctors perform a genuinely minimally invasive procedure in which they insert a long, thin catheter with a collapsible valve, expand it in situ, and then release it. Patients can return home in a few days and avoid some of the most dangerous side effects of traditional valve surgery.
MitraClip: An Innovative Approach to Mitral Regurgitation
A novel catheter-based device called the MitraClip is used to treat mitral regurgitation, a heart ailment in which the mitral valve partially closes, allowing blood to return to the left atrium of the heart. To cure this issue, the MitraClip makes it easier for the mitral valve leaflets to join, which improves cardiac function and returns the valve to its normal closure.
CUTTING-EDGE TECHNOLOGY: PUSHING LIMITS
In addition to new techniques, interventional cardiology has witnessed the introduction of cutting-edge equipment that is drastically altering patient outcomes and treatment.
Bioresorbable Vascular Scaffolds (BVS)
This subject has seen a true revolution with the development of Bioresorbable Vascular Scaffolds (BVS), which are composed of biodegradable polymers rather than permanent metal. While avoiding the long-term risks associated with metal stents, such as persistent inflammation and lifetime dual antiplatelet therapy, BVS dissolves over time in comparison to permanent metal stents, allowing the blood vessel—which had been crushed by the metal scaffold in traditional metal stents—to regain its natural shape and physiological function.
Balloons that Emit Drugs (DEBs)
Drug-Eluting Balloons (DEBs) are a novel mix of antiproliferative medications and specialized balloons designed to stop blood artery narrowing (restenosis) during angioplasty. Because DEBs carry medication directly to the vascular wall, they are beneficial because they lower the risk of restenosis and enhance patient outcomes. Give Aafiyat Medical Centre a call right now to find out more about their Mississauga cardiology services!
