Aspirin And Dipyridamole has 13 known drug interactions based on U.S. FDA drug labeling data. 6 are classified as major interactions requiring close medical supervision. Notable interactions include combinations with Acetazolamide, Anagrelide, Heparin. Patients taking Aspirin And Dipyridamole should inform their healthcare provider of all current medications — including over-the-counter drugs and supplements — to avoid potentially harmful combinations. Data sourced from OpenFDA and the NIH National Library of Medicine.
- Total
- 13
- Major
- 6
- Moderate
- 7
Major (6)
- Aspirin And Dipyridamole + Acetazolamide— Concurrent use of aspirin and acetazolamide can lead to high serum concentrations of acetazolamide and toxicity due to r…
- Aspirin And Dipyridamole + Anagrelide— Patients taking aspirin in combination with anagrelide are at increased risk of bleeding.
- Aspirin And Dipyridamole + Heparin— Aspirin increases the anticoagulant activity of heparin, increasing bleeding risk.
- Aspirin And Dipyridamole + Methotrexate— Salicylate inhibits renal clearance of methotrexate, leading to bone marrow toxicity, especially in elderly or renal imp…
- Aspirin And Dipyridamole + Nsaids— Concurrent use of aspirin with other NSAIDs may increase bleeding risk or decrease renal function.
- Aspirin And Dipyridamole + Warfarin— Aspirin can displace warfarin from protein binding sites, leading to prolongation of prothrombin time and increased blee…
Moderate (7)
- Aspirin And Dipyridamole + Adenosine— Dipyridamole increases plasma levels and cardiovascular effects of adenosine. Adjustment of adenosine dosage may be nece…
- Aspirin And Dipyridamole + Diuretics— Aspirin may diminish diuretic effectiveness in patients with renal or cardiovascular disease through inhibition of renal…
- Aspirin And Dipyridamole + Mao Inhibitors— Aspirin may diminish the hyponatremic and hypotensive effects of ACE inhibitors through indirect effects on the renin-an…
- Aspirin And Dipyridamole + Nonselective Beta-Adrenergic Antagonists— Aspirin may diminish the hypotensive effects of beta blockers through inhibition of renal prostaglandins.
- Aspirin And Dipyridamole + Phenytoin— Salicylic acid can displace protein-bound phenytoin, leading to decreased total phenytoin concentration.
- Aspirin And Dipyridamole + Regadenoson— Dipyridamole increases cardiovascular effects of regadenoson, an adenosine A2A-receptor agonist. Risk of cardiovascular …
- Aspirin And Dipyridamole + Valproic Acid— Salicylic acid can increase serum valproic acid levels through displacement from protein binding.