Linked from

The 39 pages that link to Pharmacology, each with the reason it gives.

• PharmacokineticsNarrower topic: Pharmacokinetics is one major branch within this broader science.

• Drug discoveryNarrower topic: It connects molecular activity to effects in cells, tissues, and organisms.

• PharmacodynamicsNarrower topic: Pharmacodynamics is one branch of the broader study of drugs.

• PhysiologyRelated: Drug effects can be understood through their influence on physiological processes.

• ProdrugNarrower topic: Prodrugs are designed around the effects of the active drug they ultimately produce.

• HomeopathyCompared with: Established pharmacology links drug effects to biologically active substances, unlike claims for highly diluted remedies.

• Medicinal chemistryNarrower topic: Pharmacology connects chemical structures to biological responses and therapeutic effects.

• Regenerative medicineCompared with: Drug treatments can promote repair, but they do not necessarily replace or regenerate tissue.

• PharmacyNarrower topic: Understanding drug effects underpins advice about benefits, risks, and proper use.

• Materia medicaRelated: It supplies experimental methods for examining the effects attributed to medicinal substances.

• The Canon of MedicineNarrower topic: The Canon’s extensive drug classifications supported the study and practice of therapeutics.

• BiomedicineRelated: It explains drug action, therapeutic effects, and adverse reactions.

• Drug developmentNarrower topic: It supplies core concepts for predicting a candidate’s effects and risks.

• Set and settingCompared with: It focuses on drug action in the body, while set and setting foreground contextual variation.

• AnesthesiologyNarrower topic: Anesthesia relies on selecting and combining drugs with distinct effects and durations.

• Chemical biologyCompared with: Chemical biology overlaps with pharmacology but often uses probes to answer basic biological questions.

• Human enhancementRelated: Drugs can be used to alter alertness, mood, strength, or other human traits.

• TheobromineNarrower topic: Theobromine's physiological actions and potential therapeutic effects are studied pharmacologically.

• Clinical pharmacologyNarrower topic: Clinical pharmacology applies this broader science to medicines used in people.

• James BlackNarrower topic: Black’s career exemplified pharmacology as a route from biological mechanisms to treatment.

• Laboratory ratRelated: Rat models are used to investigate drug action, dosage, and metabolism.

• MedicineNarrower topic: It explains how medicines produce effects in the body.

• PharmacistRelated: Pharmacology helps pharmacists assess what medicines do in the body.

• Robert LefkowitzNarrower topic: Receptor characterization reshaped pharmacology’s account of how many medicines work.

• Samuel HahnemannCompared with: Pharmacology explains drug action through mechanisms and doses rather than homeopathic similarity.

• African traditional medicineRelated: It offers methods for testing efficacy, dosage, and toxicity of remedies.

• Daniel BovetNarrower topic: Bovet’s discoveries helped shape pharmacology’s study of selective drug action.

• ErgotamineNarrower topic: Ergotamine's therapeutic and adverse effects arise from its actions at multiple receptors.

• History of pharmacyCompared with: Pharmacology studies drug action, while pharmacy centers on medicines and their preparation and supply.

• James Tyler KentCompared with: Pharmacology offers a different framework for explaining treatment action than Kent’s homeopathic system.

• Medical scienceRelated: It explains drug action, dosing, interactions, and adverse effects.

• PharmaceuticsCompared with: Pharmacology explains drug action; pharmaceutics designs the product that delivers the drug.

• Anesthesia and AnalgesiaNarrower topic: Drug actions are central to anesthetic and pain-medicine research.

• Bach flower remediesCompared with: It offers a contrast to remedies lacking demonstrated pharmacological active ingredients.

• Bernard StieglerRelated: Stiegler extends this double-edged model to technologies, which can support or damage human capacities.

• Biomolecular & subcellular processesNarrower topic: Drug effects often arise from changing specific molecular interactions or cellular pathways.

• Body & organ systemsRelated: Many treatments target processes within particular organs or systems.

• Dobrodeia of KievRelated: Medieval medical works often addressed remedies and medicinal substances.

• Human biologyRelated: Human biology helps explain drug effects, variation in response, and adverse reactions.