Showing posts with label Angioplasty Procedure. Show all posts
Showing posts with label Angioplasty Procedure. Show all posts

Friday, 7 November 2014

What can I expect after Angioplasty and Stenting? : Best Heart Hospital in India

You may be a candidate for angioplasty and stenting if you have moderate to severe narrowing or blockage in one or more of your blood vessels. Usually, you will also have symptoms of artery disease, such as pain or ulceration, in one of your limbs.
If you have extremely hard plaque deposits, blockages that contain blood clots or a large amount of calcium, extensive or particularly long blockages, blood vessel spasms that don't go away, or complete blockages that cannot be crossed with the catheter, you probably are not a good candidate for angioplasty.

Am I at risk for complications during Angioplasty and Stenting?
Complications to angioplasty and stenting may include reactions to the contrast dye, weakening of the artery wall, bleeding at the access puncture site in the vessel or the angioplasty site, re-blocking of the treated artery, and kidney problems. Additionally, blockages can develop in the arteries downstream from the plaque if plaque particles break free during the angioplasty procedure. If severe, these can lead to worsening of the blood flow.
If you have diabetes or kidney disease, you may have a higher risk of complications from the contrast dye, such as kidney failure. In the case of kidney disease, sometimes pre-treatment with medications or fluids may decrease the impact on your kidneys.
People with blood clotting disorders also may have a higher risk of complications from the procedure. If the plaque deposits in your arteries are especially long, you may have a greater chance of your artery closing up again after angioplasty and stenting.

Your physician will usually insert the angioplasty catheter through a small puncture point over an artery in your groin, your wrist, or your elbow. Before the insertion, he or she will clean your skin and shave any hair in the immediate area. This is done to reduce your risk of infection. Your physician numbs your skin and then makes a small cut or puncture to reach the artery below. Although you may be given some mild sedation, your vascular surgeon will usually want you to stay reasonably alert to follow instructions and describe your sensations during the procedure.
Your vascular surgeon then inserts a guide wire or a guide catheter into your artery. Using a type of x ray that projects moving pictures on a screen, your physician guides the catheter through your blood vessels. Because you have no nerve endings in your arteries, you will not feel the catheters as they move through your body.
Next, your vascular surgeon will insert a balloon catheter over the guide wire or through the guide catheter. The balloon catheter carries a deflated and folded balloon on its tip. Your vascular surgeon guides the balloon catheter to the narrowed section of your artery. He or she partially inflates the balloon by sending fluid through the balloon catheter.
Your vascular surgeon watches the x ray screen for signs of a pinch in the balloon. Then, your vascular surgeon will inflate the balloon more, until the pinch caused by your artery flattens out. When the balloon is full, your vascular surgeon may deflate and re-inflate it repeatedly to press the plaque against your artery walls. Usually, this process takes a few minutes. Sometimes, if you have a severe blockage, your physician may need to inflate and deflate the balloon longer.
Your artery may stretch and your blood flow through the artery stops when the balloon is pushing your artery open. This may cause pain. However, the pain should go away when your vascular surgeon deflates the balloon and normal blood flow resumes. Make sure to tell your physician if you experience any symptoms during angioplasty.
There is a risk that your artery will re-narrow or become blocked again at the site where the balloon was inflated. This can happen soon after the procedure, or months to years later. Re-narrowing of your artery is called restenosis, and if your artery suddenly becomes blocked again it is called re-occlusion. Restenosis can happen when scar tissue builds up inside your arteries where the balloon compressed your plaque deposits.
After angioplasty, your vascular surgeon will sometimes need to use a stent to brace the artery open to prevent re-occlusion. A stent is a tiny mesh tube that looks like a small spring, and comes in a variety of sizes. To place a stent, your physician removes the angioplasty balloon catheter and inserts a new catheter. On this catheter, a closed stent surrounds a deflated balloon. Your vascular surgeon guides the stent through your blood vessels to the place where the angioplasty balloon widened your artery. Your physician inflates the balloon inside of the stent. This expands the stent. Your physician then deflates and removes the balloon. The stent remains in place to support the walls of your artery. Your artery walls grow over the stent, preventing it from moving. Although stents help prop open your arteries, scar tissue sometimes can eventually form around stents and cause restenosis.
A new type of stent is coated with drugs. These drugs may help prevent scar tissue from forming inside a stent. Studies have shown that these new stents may be more likely to prevent restenosis than ordinary, non-coated stents. In the United States, physicians currently use drug-coated stents in coronary arteries (the arteries supplying the heart). Experts are still testing drug-coated stents for use in other arteries.
Once your vascular surgeon finishes angioplasty and stenting, he or she removes all of the catheters from your body. If blood-thinning medications have been used, your physician may leave a short tube, called a sheath, in your artery for a short time until the medications have worn off sufficiently to allow the puncture site to seal over when the sheath is removed.
Eventually, your physician removes the sheath and presses on the puncture area for 15 to 30 minutes to prevent bleeding. Sometimes, instead of pressing, your physician may close the area with a device that functions like a tiny cork, or he or she may use stitches.
Angioplasty and stenting usually takes between 45 minutes and 3 hours, but sometimes longer depending upon the particular circumstances.

What can I expect after Angioplasty and Stenting?
Usually, you will stay in bed for six hours after your angioplasty. During this time, your vascular surgeon and the hospital staff closely monitor you for any complications. If your physician inserted the catheters through an artery in your groin, you may have to hold your leg straight for several hours. Similarly, if your arm was used, then you will need to hold it still to minimize the risk of bleeding.
If you notice any unusual symptoms after your procedure, you should tell your vascular surgeon immediately. These symptoms include leg pain that lingers or gets worse, a fever, shortness of breath, an arm or a leg that turns blue or feels cold, and problems around your access site, such as bleeding, swelling, pain, or numbness.
After you return home, your vascular surgeon will give you instructions about everyday tasks. For example, you should not lift more than about 10 pounds for the first few days after your procedure. You should drink plenty of water for 2 days to help flush the contrast dye out of your body. You can usually shower 24 hours after your procedure, but you should avoid baths for a few days.
Your physician may prescribe aspirin or other medications that thin your blood. These medications will help prevent clots from forming on your stent. Your physician may also ask you to follow an easy exercise program, like walking.
You will be asked to schedule a time to see your physician after the procedure. At this appointment, your physician may check your blood to make sure your medications are at the right dosage. He or she may also use tests to see how blood is flowing through your treated artery.

Serious complications are unusual following angioplasty and stenting but, nevertheless, can occur.
Less serious complications include bleeding or bruising where your vascular surgeon inserted the catheters. Sometimes, the hole created by the catheter does not completely close. This can create a false channel of blood flow. Rarely, an abnormal connection can form between an artery and a vein at the place where the catheter was inserted. These problems usually go away. However, if you have any serious symptoms, your vascular surgeon can treat you.
You may have an increased risk for blood clots forming along your stent, especially in the first month after your procedure. To reduce this risk, your physician may prescribe medications that thin your blood.

As more time passes after your angioplasty and stenting, restenosis becomes more likely. Stents, especially drug-coated stents, may reduce this risk. However, in some cases, you may need a repeat angioplasty or a bypass surgery if a restenosis develops.



Wednesday, 30 July 2014

Benefits of Drug-Eluting Stents as compared to Bare Metal Stent : Angioplasty, Stenting, Interventional Cardilogy Treatments in India

Most coronary angioplasty procedures (also called "Percutaneous Coronary Interventions" or PCIs) involve implanting a stent, a small metal scaffold-like device. The stent is mounted on a balloon and guided to a blockage in the coronary artery. The balloon is inflated, compressing the obstructive plaque and opening up the blockage. The balloon is then deflated and withdrawn, but the stent is left behind to support the artery and keep it open as it heals.

Drug-eluting stents are metal stents that have been coated with a pharmacologic agent (drug) that is known to suppress restenosis: the reblocking or closing up of an artery after angioplasty due to excess tissue growth inside or at the edge of the stent.

Restenosis has a number of causes; it is a very complex process and the solution to its prevention is equally complex. Traditional bare-metal stents have restenosis rates of up to 25%; current 2nd and 3rd generation drug-eluting stents have reduced that rate to single digits.

There are three major components to a drug-eluting stent:
  • The metal stent structure, also called the stent platform; this is usually made of surgical stainless steel or a cobalt-chromium alloy; these all contain nickel;
  • The polymer which coats the metal stent -- this coating contains the drug and delivers (elutes) it to the arterial wall over a period of time;
  • The drug itself, which suppresses the formation of excess tissue, sometimes called "scar" tissue.
How are stents placed in an artery?
During an angioplasty, a stent is permanently inserted into the coronary artery.
During angioplasty, the balloon is placed inside the stent and inflated, which opens the stent and pushes it into place against the artery wall to keep the narrowed artery open. Because the stent is like woven mesh, the cells lining the blood vessel grow through and around the stent to help secure it. Your doctor may use a bare metal stent or a drug-eluting stent.
To decide which type of stent to use, your doctor will consider your overall health and your risk of a heart attack. He or she will also consider whether you can and want to take blood-thinning medicines for at least one year.
All stents have a risk that scar tissue will form and narrow the artery again. This scar tissue can block blood flow. But drug-eluting stents are coated with drugs that prevent scar tissue from growing into the artery. Drug-eluting stents may lower the chance that you will need a second procedure (angioplasty or surgery) to open the artery again.
Living with a stent
You don't have to live differently if you have a stent. But you'll want to take care of your heart by eating healthy, being active, and taking your medicines. There are a few precautions to follow.
Stent identification card. Carry your stent identification card. Your doctor will give you a card for your wallet or purse that you can show to your health professionals so they know that you have a stent.


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Tuesday, 6 May 2014

Lastest Cardiac Surgery at World Best Hospitals in India

Cardiac & Cardiothoracic Surgery - Cardiac Bypass Surgery in India

SuniPopularly known as the Bypass Surgery, Cardiac bypass implanting a healthy or working blood vessel from any other part of the body to bypass the blocked vessel. The heart surgeons in India are highly experienced to perform a CABG or heart bypass surgery. India offers great value proposition to patients looking for affordable Heart surgery or Cardiac surgery abroad as not only the cost of cardiac bypass surgery in India is very low, the facilities and infrastructure is most modern and is counted among the best heart hospitals in the world. The blockages in the arteries grow with the deposition of fat. This process is called as Artherosclerosis. These blockages obstruct the free flow of the blood to the various parts of the heart leading to severe chest pain (known as angina) or a heart attack in the later stages.Today Cardiology treatment in India has come up as a suitable option in order to get rid of any of the heart defects as the cost in India of any of the treatments is the best and that too at rates which are absolutely affordable. Because of these benefits of choosing in India, any of the treatments, many foreigners have come down here in order to solve their trouble of heart diseases. 




When repair is not an option, replacing your damaged heart valve may be the most effective treatment for your condition. Also known as Heart Valve Replacement, Aortic Valve Replacement, is a cardiac surgery procedure in:-


    Suni
  • Ring Annuloplasty - In this procedure the surgeon repairs the ring-like part around the valve by stitching a ring of metal, cloth, or tissue around the valve.
  • Valve repair - In this one or more leaflets of the valve is trimmed, shaped, or rebuild. The leaflets are the flaps that are responsible for opening and closing of the valve.



Pediatric Cardiothoracic Surgery 

Pediatric cardiothoracic Surgery is a kind of heart surgery that is performed children for repairing heart defects which occur at the time of birth which are known as congenital heart diseases. Pediatric Cardiac Surgery is necessary for the well-being of the child.

This surgery is done to take care of various diseases in children such as Artrial Septal Defect (ASD), Patent Ductus Arteriosus and Total correction or Four Abnormality correction (TOF). 


Heart Surgery Procedures performed with Excellent Outcomes:-

  • CABG - Minimally Invasive Valve & Coronary Heart Bypass Techniques.
  • Off-pump Coronary Artery Bypass (OPCAB)
  • Mitral & Aortic Valve repair & restoration surgery
  • Aortic dissection surgery
  • Transmyocardial laser revascularization
  • Congenital and Pediatric heart surgery
  • Heart failure surgery- Ventricular restoration and Ventricular assist Devices
  • Carotid endarterectomy
  • Peripheral vascular procedures
  • Atrial Fibrillation & Arrhythmia surgery 




SuniThe most advanced technology for minimally invasive heart surgery is now available in India. Robotic da Vinci Surgical System combines superior 3D visualization along with greatly enhanced dexterity, precision and control in an intuitive, ergonomic interface with breakthrough surgical capabilities.In Robotic Cardiac Surgery, robotic assist the heart surgeon in performing surgery through tiny incisions. The surgeon has to sit in an operating room where he controls the instruments while looking at 3D images from the camera which is inside the patient. Various procedures can be performed in this case such as mitral valve replacement or repair, correction of HOCM etc. Use of Robotic Surgery in Cardiology has benefits as it involves less pain, scarring and risk that are otherwise involved. The surgeon can perform surgery through tiny openings in the chest, cracking the breastbone and spreading the ribs. 

Minimally Invasive Surgery

Much modern cardiothoracic surgery is performed with the help of highly advanced machines that are operated externally by a surgeon. The main advantage to these machines is that they can operate through very small incisions, and this dramatically shortens the recovery time of a patient. The most advanced machines are even able to react intelligently to changes in the patient’s body. For instance, some machines can adapt to the beating of a heart, moving their arms in synch with it, so that to the surgeon operating the machine it appears as if the heart is stationary.



For more information visit:          http://www.medworldindia.com      
                    
https://www.facebook.com/medworld.india

Please scan and email your medical reports  to us at care@medworldindia.com and we shall get you a Free Medical Opinion from India’s Best Doctors.

Call Us : +91-9811058159
Mail Us : care@medworldindia.com