Veterinary Clinical Reference
Look up any drug or condition.
Evergreen, evidence-based hubs on the drugs, conditions, and species you manage — continuously updated and cited at every claim.
Methylxanthine (Chocolate & Caffeine) Toxicosis in Dogs
ER reference for canine methylxanthine (chocolate/caffeine) toxicosis: theobromine/caffeine MOA and kinetics, mg/kg dose thresholds, chocolate-type ranking, decontamination, and symptomatic management of tachyarrhythmia, seizures, and hyperthermia.
Read →Grape & Raisin Nephrotoxicosis in Dogs: AKI Management
Clinical reference on grape, raisin, and tamarind nephrotoxicosis in dogs: the idiosyncratic (no safe-dose) nature, the 2022 tartaric-acid hypothesis, the biphasic GI-then-AKI timeline, decontamination, fluid diuresis with serial renal-value monitoring, and prognosis by oliguric status.
Read →Anticoagulant Rodenticide Toxicosis in Dogs: Clinical Management
A DVM's clinical reference for anticoagulant rodenticide toxicosis in dogs: mechanism, delayed 3-5 day presentation, PT as the earliest marker, vitamin K1 antidotal dosing and duration by generation, plasma for active bleeding, and the recheck-PT-after-stopping rule.
Read →Xylitol Toxicosis in Dogs: Clinical Management
A DVM reference for xylitol toxicosis in dogs: hypoglycemia at ~0.1 g/kg and hepatic necrosis at ~0.5 g/kg, delayed onset, why activated charcoal fails, and dextrose plus hepatoprotectant protocols with monitoring intervals and prognosis.
Read →Sago Palm (Cycad) Hepatotoxicosis in Dogs: Clinical Management
A clinical reference for managing sago palm (Cycas revoluta) toxicosis in dogs: cycasin/MAM mechanism, the three-phase course, decontamination with multi-dose activated charcoal, hepatoprotectant dosing (NAC, SAMe, silymarin), coagulopathy management, monitoring, and prognosis.
Read →Cannabis (THC) Toxicosis in Dogs: Emergency Management
A point-of-care clinical reference for THC toxicosis in dogs: toxicokinetics, the neurologic hallmark, decontamination criteria, supportive care and intravenous lipid emulsion dosing, the edible co-toxin trap, and prognosis.
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