Linked from

The 46 pages that link to Adverse drug reaction, each with the reason it gives.

• Drug interactionRelated: An interaction can contribute to an adverse reaction by intensifying toxicity or reducing control of disease.

• AntibioticRelated: Antibiotics can cause allergic reactions, organ toxicity, and disruption of beneficial microbes.

• PharmacovigilanceRelated: These suspected harms are the primary events pharmacovigilance seeks to identify and evaluate.

• PharmacodynamicsRelated: Unwanted effects are pharmacodynamic outcomes that constrain useful treatment.

• Antiseizure medicationRelated: Side effects and serious reactions can determine whether a treatment remains suitable.

• Chelation therapyRelated: Chelators can cause serious reactions alongside their intended metal removal.

• Medication errorCompared with: It distinguishes harm from a medication’s ordinary use from harm caused by a preventable error.

• Active pharmaceutical ingredientRelated: An API’s pharmacological actions can also produce harmful effects.

• DeprescribingRelated: Reducing a medicine can prevent or lessen harms that motivate deprescribing.

• Combination therapyRelated: More medicines can increase the number and severity of possible treatment harms.

• Herb–drug interactionNarrower topic: An interaction can cause or worsen an adverse reaction by changing exposure or combined effects.

• Medical errorCompared with: A drug reaction can occur despite correct prescribing and administration.

• PoisoningCompared with: It distinguishes harm during ordinary treatment from poisoning due to excessive or improper exposure.

• Drug allergyNarrower topic: This umbrella includes drug allergies as well as predictable and nonimmune harms.

• Psychiatric medicationRelated: Side effects can affect daily functioning and influence whether a psychiatric drug remains suitable.

• PsychopharmacologyRelated: Side effects can limit treatment, prompt a switch, or require added monitoring.

• Stevens–Johnson syndromeNarrower topic: Identifying and documenting the responsible drug is central to preventing recurrence.

• Penicillin allergyNarrower topic: This broader category includes allergy as well as nonimmune side effects.

• CetirizineRelated: Drowsiness, fatigue, and dry mouth are among cetirizine’s possible adverse effects.

• Combination drugRelated: A reaction to a combination product may involve one ingredient or their interaction.

• PharmacotherapyRelated: Recognizing adverse reactions is essential when weighing a medication's harms against its benefits.

• Case reportBroader topic: A report can document a suspected reaction before broader evidence accumulates.

• MirtazapineNarrower topic: Sedation, appetite increase, and other unwanted effects are assessed as adverse drug reactions.

• Adverse eventCompared with: Unlike an adverse event, this term implies a suspected link to the medicine.

• DimercaprolNarrower topic: Painful injections and systemic effects limit dimercaprol’s tolerability.

• ModafinilNarrower topic: Headache, nausea, anxiety, and insomnia are among modafinil's possible adverse effects.

• ACE inhibitor coughNarrower topic: ACE inhibitor cough is a recognizable adverse reaction that can influence treatment decisions.

• AntitussiveRelated: Antitussives can cause side effects that vary by drug, dose, and patient.

• Clinical pharmacologyRelated: Identifying and explaining these reactions is central to evaluating drug safety in people.

• AztreonamRelated: Rash, gastrointestinal effects, and liver-test abnormalities are among aztreonam’s possible adverse effects.

• LoratadineRelated: Headache, dry mouth, and occasional drowsiness are reported with loratadine.

• NaturopathyRelated: Herbs and supplements can cause adverse effects or interact with prescribed medicines.

• MedicationRelated: The same biological actions that produce benefit can also cause harm.

• MedicineRelated: A medicine’s benefits must be weighed against its potential harms.

• PharmacistRelated: Recognizing and preventing these reactions is central to pharmacists’ safety work.

• TherapeuticsRelated: Therapeutic benefit must be weighed against treatment-related harm.

• 4-Aminosalicylic acidNarrower topic: Gastrointestinal and other adverse effects can make prolonged PAS treatment difficult.

• BerberineRelated: Gastrointestinal effects and interactions require better characterization, especially with prolonged use.

• CefalexinRelated: Diarrhea, nausea, and allergic reactions are among possible harms during cefalexin treatment.

• Drug classRelated: Shared class mechanisms can produce characteristic risks across multiple medications.

• MesalazineNarrower topic: Mesalazine can cause adverse effects ranging from headache and nausea to rare organ injury.

• NitazoxanideRelated: Gastrointestinal effects and other reactions are part of weighing nitazoxanide treatment.

• Symptomatic treatmentRelated: Medicines that relieve symptoms can also create new symptoms or other harms.

• Chemically induced disordersBroader topic: Medicines can cause disorders even when taken appropriately.

• Medicine (drug or remedy)Related: Unwanted reactions are a central cost of medicinal treatment.

• Toxic injuryRelated: Some reactions reflect toxicity, while others arise through immune or other mechanisms.