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Lipophilic Toxin Sequestration
- Molecular classification
- Physicochemical process, Detoxification mechanism
01
Overview
Lipophilic toxin sequestration, or the "lipid sink" effect, is a process where lipophilic toxins are sequestered into a lipid phase, typically achieved by administering intravenous lipid emulsions (ILE). This reduces the free concentration of toxin available to interact with target tissues, mitigating toxicity. It is used in the treatment of acute poisoning by highly lipophilic drugs and toxins. Dietary nonabsorbable fats can also be used to bind mobilized toxins within the gut for fecal elimination.
- Other names
- Lipid sink effectIntralipid therapy for lipophilic toxin overdoseLipid emulsion therapy (ILE) for toxin sequestration
02
Mechanism of action
Lipophilic toxins partition into the lipid phase, reducing the free concentration of toxin available to interact with target tissues.
03
Biological functions
Toxin sequestrationDrug detoxificationReduction of free toxin concentrationEnhanced toxin metabolism/excretion
04
Disease associations
Drug overdoseToxicologyPoisoning
05
Safety considerations
Not effective against hydrophilic poisonsMay not be effective for toxins with low fat solubilityPotential complications related to intravenous lipid emulsion administration (e.g., fat overload syndrome)
06
Interacting drugs
Intravenous lipid emulsions (e.g., Intralipid)
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