Linked from

The 12 pages that link to Biological half-life, each with the reason it gives.

• Half-lifeCompared with: It concerns removal from an organism, not nuclear decay.

• BioaccumulationRelated: A long biological half-life lets repeated exposure produce greater internal buildup.

• BiomagnificationRelated: Slow elimination allows contaminants to persist and accumulate in consumers.

• DexamethasoneRelated: Its long biological action helps explain less frequent dosing than shorter-acting glucocorticoids.

• RadiopharmaceuticalRelated: Clearance affects how long the preparation remains available to image or irradiate tissue.

• HydrocortisoneRelated: Hydrocortisone’s short biological action shapes its replacement dosing schedules.

• RadiotoxicityRelated: It helps determine how long an incorporated radionuclide irradiates tissues.

• Strontium-90Related: Its removal from the body affects how long strontium-90 remains in bones, separately from radioactive decay.

• Tritiated waterRelated: It helps estimate how long tritiated water remains in the body.

• Perfluorooctanoic acidRelated: PFOA can remain in human blood for years, unlike chemicals cleared rapidly.

• Robert A. KehoeRelated: Kehoe emphasized lead’s movement and retention in the body when interpreting exposure.

• Caesium-137Related: It determines how long absorbed caesium remains in the body, apart from radioactive decay.