As alternative for Plavix, often Prasugrel (Efient, Effient) or Ticagrelor (Brilique) is used after stenting to avoid in stent thrombosis.
I tried all three :-), all have their specific side effects.
Problem could be the switching as you do not want to stop one medicin too long before starting another (risk of thrombosis) and also not overlap (risk of serious bleeding).
plavix CAN cause arthritis or joint pain in a low number of patients.
I took Plavix for years with no joint pain, but is not say it isn't possible. I meet with other heart survivors once a month, and no one has mentioned anything about Plavix and joint pain, so I'm betting your Mom is a person with a pretty rare reaction. I'm now taking Eliquis (sp) which is yet another blood thinner. I've gone into A-fib almost 24/7 and a blood clot needs to be dissolved that is in my heart before I can have a conversion. However, no joint pain... there are no absolute answers when it comes to the heart, and only more question. For example, I was given Amiodorone to dissolve the clot in my heart and it affected my vision, I experienced eye pain, and film over my field of vision. I don't give a rat's *** if other people experience it, I did.
That is not true my mother inlaw had severe joint pain from being put on plavix twice a few years apart. Had to be given a shot ofmorphine and take percocets it angers me when people don't want to beleive when plavix causes suchsevere pain I seen it first hand and theres other cases look them up ihave
right, and so you won't see clopidogrel or GP IIb/IIIa inhibitors used to prevent DVT, eg.
Let's see if I can run through the types of anticoagulants, to refresh myself:
1) the coumarins, which inhibit vit K and have been around since at least 50 years
2) heparin, which is derived mainly from pig intestines
2a) Low Molecular Weight Heparins, like Lovenox/enoxaparin - which are separated out from heparin by size and don't have the extra parts which make heparin erratic
2b) synthetic pentasaccharides, which have only the 5 sugar-chain that is the active part of heparin - like fondaparinux
3) direct Factor Xa inhibitors, like rivaroxaban and apixaban which might be on the market soon. IIRC rivaroxaban is already approved for post orthopedic surgery only. Just think of the sawing and hammering that goes on in bone surgery, and that tells why clot formation is a big danger.
4) direct thrombin inhibitors like dabigatran, which are inspired by leech saliva
NTB, you are absolutely correct. I had read the difference in anti-platelet and anticoangulant between the agents as you stated, but I flet it unnecessary to get that technical with the chemistry. The point I wanted to make was there are different mechanisms of action and to evaluate what is appropriate (the doctor should know!).
QUOTE: "Generally, anticoagulants are for the venous side, antiplatelets are for the artery side, and both are being given for within the heart, as in afib - which is like a cross between the two sides. Though researchers are trying anticoagulants for all kinds of problems clotting." That is interesting information and I did not know the medications distinquished the application between artery and veins. Thanks. With that information an anticoangulant may not have favorable beneficial/risk application for venous clotting.
> Coumadin and Plavix are both anti-platelet agents as well as aspirin
that might just be a typo, but I'll go ahead anyway and point out that Coumadin is not antiplatelet, it's an anticoagulant. It works as a vitamin K antagonist, and vit K is necessary for the synthesis of prothrombin and Factor VII.
Generally, anticoagulants are for the venous side, antiplatelets are for the artery side, and both are being given for within the heart, as in afib - which is like a cross between the two sides. Though researchers are trying anticoagulants for all kinds of problems clotting.
To flw: maybe you can go with ticlopidine instead of your clopidigrel. Ticlopidine was the predecessor.
Coumadin and Plavix are both anti-platelet agents as well as aspirin. The most widely studied and prescribed antiplatelet agent for the prevention of stroke and other serious vascular events among high vascular risk patients is aspirin. I take aspirin daily prior to CHF..
Plavix and aspirin for preventing stroke and other serious vascular events in high vascular risk patients. Up to one year after a stent implant, plavix and aspirin are the recommended protocol as statistics have shown a high risk for clot.
The anticoagulant coumadin and the antiplatelet agent aspirin have been shown to have similar benefits after myocardial infarction. As these agents have different mechanisms of action, the beneficial effects of coumadin and aspirin may be additive after myocardial infarction.
For a statistic, Coumadin and aspirin increased annual rates of major bleeding. For your consideration, several risk factors, such as older age, diabetes, heart failure, and decreased kidney function, had the highest risks for heart attacks and strokes. Older patients who previously had a stroke, gastrointestinal bleeding episode, kidney disease, or atrial fibrillation were at higher risk for bleeding. Numbers of deaths did not differ between treatments. In patients with low or average risk for bleeding, the numbers of heart and stroke events prevented with combination therapy exceeded the numbers of major bleeding episodes that it caused.
Coumadin and aspirin may be as effective or better than plavix depending on the variables for contraindiaction.
Severe joint and back pain usually is not a side effect of Plavix. Coumadin is more powerful than Plavix. The Plavix is important to take especially if you have coated stents. You may want to be checked for arthritis that may be flaring up. Coumadin is not to be used in persons with high cholesterol.