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The study of the adverse effects of ivermectin on living organisms
Ivermectin’s pharmacokinetics are dominated by slow absorption, wide tissue distribution, low metabolic clearance and slow excretion, but those broad traits are heavily modulated by route and formulat...
Clinical and forensic laboratories identify ivermectin and its metabolites primarily with liquid chromatography coupled to mass spectrometry — ranging from targeted LC‑MS/MS for quantification to ultr...
There are no specific, documented drug–drug interactions between ivermectin and tamsulosin reported in the sources provided; major ivermectin interaction databases list many potential interacting drug...
Ivermectin overdose commonly produces gastrointestinal symptoms (nausea, vomiting, diarrhea), dizziness and other central nervous system effects (drowsiness, headache, tremor), and in more severe case...
Randomized-controlled evidence on whether ivermectin alters gut bacterial diversity or specific taxa remains limited but mixed: controlled human-trial data are emerging that report taxonomic shifts af...
Veterinary ivermectin formulations differ from human prescriptions primarily in concentration, formulation type, and inactive ingredients: animal products are made as high‑strength injectables, pour‑o...