Linked from

The 16 pages that link to Paracetamol, each with the reason it gives.

• AspirinCompared with: Unlike aspirin, it does not produce the same clinically useful inhibition of platelet aggregation.

• AcetaminophenRelated: The same drug is labeled paracetamol in many countries and medical references.

• AnilineRelated: Aniline-derived intermediates provide one industrial route to paracetamol.

• AnalgesicBroader topic: It is commonly used for mild to moderate pain when anti-inflammatory action is unnecessary.

• IbuprofenCompared with: Unlike ibuprofen, it generally does not substantially suppress peripheral inflammation or carry the same gastrointestinal risks.

• AnalgesiaBroader topic: It is a common option for reducing mild-to-moderate pain without causing general anesthesia.

• AntipyreticBroader topic: It is a common fever treatment, especially when aspirin is unsuitable.

• DiclofenacCompared with: It can relieve pain without diclofenac’s same degree of anti-inflammatory action or gastrointestinal risk.

• GlucuronidationBroader topic: Glucuronidation is one of its principal routes of metabolism.

• Acetic anhydrideBroader topic: An industrial route acetylates p-aminophenol using acetic anhydride.

• Acetylsalicylic acidCompared with: Unlike aspirin, it does not reliably inhibit platelet function at usual doses.

• AcetanilideRelated: Its discovery and development followed investigations into acetanilide-related compounds.

• MetamizoleCompared with: It is a widely available alternative for pain and fever, with a different adverse-effect profile.

• NitrobenzeneRelated: Some manufacturing routes use nitrobenzene-derived aniline as an intermediate.

• PhenacetinBroader topic: The body converts phenacetin into this active pain-relieving metabolite.

• Tension headacheRelated: It is one option for acute relief in some people with tension headache.