ON-X-AORTIC VALVE is the
new exolution of valves amongst Mechanical Heart Valve and Bioprosthetic Heart Valve. What makes it different from other
artificial valves is its distinctive material and unique features.
WHAT IS IT MADE OF?
ON-X-AORTIC
VALVE is a single valve that is made up of pure carbon. The pure
carbon in it provides a more polished surface than any other artificial valve.
The smoother surface is inversely proportional to blood clotting which means
the smoother the surface of the valve the less blood
clot on it.
FEATURES:
Approved by FDA [FOOD AND
DRUG ADMINISTRATION] and CE [Conformité Européenne].
·
It reduces the chances of bleeding at a certain level.
·
THROMBOEMBOLISM- no increment
·
Requires the least WARFARIN.
Also read about :
WHAT CAUSES AN INCREASE
IN INR LEVEL?
A BRIEF TALK ABOUT
ATRIAL FIBRILLATION?
THROMBOPHILIA – A BRIEF EXPLANATION
INR RANGE FOR ON-X-AORTIC VALVE
After the valve surgery,
patients are advised to maintain an INR range of 2-3 for the first three
months. After three months the INR range should be 1.5 – 2.
Patients
are advised to monitor their PT/INR level regularly
which is more convenient with PATIENT
SELF TESTING at home using a PT/INR meter. It
gives results in seconds and makes adjusting the doses of WARFARIN easier.
WHO MANUFACTURES ON-X-AORTIC VALVE?
The
prime producer of ON-X-AORTIC VALVE is ON-X
LIFE TECHNOLOGIES. They produce and supply all types of
artificial valves and repair products worldwide.
KEY BENEFITS:
The major benefit of ON-X-AORTIC VALVE is that it reduces the effect
of bleeding in a patient who undergoes surgery. The pure carbon in it does not
allow the formation of a blood clot on the surface of the valve which makes it
last for a lifetime. The Patients who have this kind of Valve require a lower
amount of blood-thinning medication which means it is much safer with less
WARFARIN.
It is considered to be an improvement to other mechanical valves
as it creates very little damage to the blood and blood vessels. It is enhances
patient safety by reducing the bleeding process.
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