Medical devices in the catheter segment that use drug-eluting balloons are among the newest devices on the market
Coronary artery disease is a type of heart
disease that is very common. It happens when the arteries that supply blood to
the heart muscle harden and narrow as a result of a buildup of cholesterol and
other materials on their inner walls. As a result, there is insufficient blood
and oxygen flow through the arteries to the heart muscle, causing it to
function abnormally.
This may result in chest pain and a heart
attack. The main cause of a heart attack is the abrupt cessation of blood
supply to the heart, which permanently damages the organ. Coronary artery
disease also weakens the heart muscle, causing heart failure and arrhythmias.
Drug-eluting balloons are extremely useful in the treatment of coronary artery
disease. A drug-eluting
balloon is a new device that improves clinical outcomes in patients
with coronary artery disease. It has emerged as a viable alternative treatment
option for the prevention of coronary restenosis and subsequent
revascularization via stent technologies.
A drug-eluting balloon catheter is a sophisticated medical device that has proven to be extremely effective in a variety of peripheral artery and cardiovascular procedures. A growing number of companies are shifting their focus to the production of drug-eluting balloon catheters, which have proven to be more efficient than stenting Furthermore, a drug-eluting balloon catheter can aid in the treatment of patients who do not benefit from percutaneous coronary intervention (PCI).
Drug-eluting balloons (DEB) have emerged as a
potential treatment option for restenosis in recent years. Paclitaxel was
chosen as the primary treatment for DEB due to its rapid uptake and long
retention. Drug-Coated Balloon (DCB) angioplasty is performed in the same way
as standard balloon angioplasty, but there is an anti-proliferative medication
coating the balloon as well as an excipient to aid in drug transfer.
A catheter with a tiny
balloon is carefully guided through the artery to the blockage, where it is
inflated to widen the opening and increase blood flow to the heart. During the
procedure, a stent is frequently placed to keep the artery open after the
balloon is deflated and removed.
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